Title                  :NEDQNT 
Keywords               :XEDS
Computer               :DEC VAX 11/730-785, DEC PDP 11/2-11/73
Operating System       :VAXVMS, RT-11
Programming Language   :Fortran IV
Hardware Requirements  :None
Author(s)              :Nestor J. Zaluzec
Correspondence Address :Argonne Nat. Lab, Electron Microscopy Center,Bldg 212
                       :Materials Science Division, Argonne, Illinois 60439,
Abstract: 
	NEDQNT is a quantitative data analysis program which converts 
relative x-ray intensities (K and L lines only) into composition measurements
using the standardless analysis approach. The user can modify the XEDS 
detector parameters to specify Windowless, UTW or Be configurations of 
arbitrary thickness as well as perform an iterative absorption correction for
thicker samples if the specimen/detector geometry is known. The program also 
has the capability of calculating relative intensities when the user inputs
composition values, allowing the analyst to explore theoritically the
expected intensities of samples yet to be analyzed. All necessary subroutines
and data tables are included in the source code/documentation. 
NOTE: THE NEDQNT.SRC FILE CONTAINS ALL NEED DATA FILES INCLUDING TABLES
OF X-RAY LINE AND ABSORPTION EDGES THE FILE IS > 7000 LINES LONG AS A RESULT
------------------------------------------------------------------------------

Title                  :NEDQNT 
Keywords               :XEDS
Computer               :DEC VAX 11/730-785, DEC PDP 11/2-11/73
Operating System       :VAXVMS, RT-11
Programming Language   :Fortran IV
Hardware Requirements  :None
Author(s)              :Nestor J. Zaluzec
Correspondence Address :Argonne Nat. Lab, Electron Microscopy Center,Bldg 212
                       :Materials Science Division, Argonne, Illinois 60439,
Documentation:
-----------------------------------------------------------------------------
All formulae used in this program can be found in:

"A Beginners Guide to X-ray Analysis in an Analytical Electron
Microscope: Parts 1,2,3" EMSA Bulletin Vol 14 #1 page 67 1984,
Vol 14 #2 page 61 1984, Vol 15 #1 page 65 1985, Vol 15 #2  page 72 1985
additional references are included in these articles.
PLEASE CHECK ALL ISSUES INDICATED AS ERRATA PAGES WERE ISSUED
TO CORRECT TYPESETTING ERRORS IN EQUATIONS WHICH OCCURED DURING PRINTING.
----------------------------------------------------------------------------

The following procedure is used to compile and link NEDQNT for use on a VAX

$FORTRAN ATMLVLTBL    <----------- This creates the file ATMLVLTBL.OBJ
$LINK ATMLVLTBL       <----------- This creates the file ATMLVLTBL.SAV
$RUN ATMLVLTBL        <----------- This creates the file ATMLVL.TBL

$FORTRAN XENRGYTBL    <----------- This creates the file XENRGYTBL.OBJ
$LINK XENRGYTBL       <----------- This creates the file XENRGYTBL.SAV
$RUN XENRGYTBL        <----------- This creates the file XENRGY.TBL


$FORTRAN/EXTEND NEDQNT<----------- This creates the file NEDQNT.OBJ
$LINK NEDQNT,SYSLIB   <----------- This creates the file NEDQNT.SAV
$RUN NEDQNT           <----------- This creates the file NEDQNT.OUTPUT
				   and provides screen output
-------------------------------------------------------------------------
The following procedure is used to compile and link NEDQNT on a RT-11
system:  WARNING YOU WILL HAVE TO TRUNCATE ALL FILE NAME TO 6 CHARACTERS
MAXIMUM TO RUN ON A RT-11 SYSTEM REMEMBER TO RENAME THE FILES AS APPROPRIATE

.FORTRAN ATMLVL    <----------- This creates the file ATMLVL.OBJ
.LINK ATMLVL       <----------- This creates the file ATMLVL.SAV
.RUN ATMLVL        <----------- This creates the file ATMLVL.TBL

.FORTRAN XENRGY    <----------- This creates the file XENRGY.OBJ
.LINK XENRGY       <----------- This creates the file XENRGY.SAV
.RUN XENRGY        <----------- This creates the file XENRGY.TBL


.FORTRAN/EXTEND NEDQNT<----------- This creates the file NEDQNT.OBJ
.LINK NEDQNT,SYSLIB   <----------- This creates the file NEDQNT.SAV
.RUN NEDQNT           <----------- This creates the file NEDQNT.OUTPUT
                                   and provides screen output
------------------------------------------------------------------------

Commentary


All numerical data input required by NEDQNT should be entered as
floating point numbers, all SYMBOLIC input requested by NEDQNT
should be entered as 2 ASCII characters.  For example when specifying
an element symbol for Nickel one types "NI".  For elements with
only one character symbol such as Oxygen you must always enter two
characters thus Oxygen must be either preceeded or followed by a space
thus the format is "O " or " O".  X-ray line identification follows
the same format i.e. "KA","KB","K "(or" K"),"LA","LB","L " (or" L")
for Kalpha, Kbeta, Ktotal, Lalpha, Lbeta, Ltotal.  The notation
Ktotal implies you are entering an intensity given by the sum of KA+KB
while Ltotal= the entire L shell emission series (LA+LB+LG+LN+LL+...)

When NEDQNT request multiple input on a given line each input value
must be seperated by a comma.  Thus,for example, when NEDQNT requests 

"ENTER Symbol,Line,Intensity for element number 1" 
if your response is  Nickel, Kalpa, 1000 counts you would type the following

NI,KA,1000.<return>

The following is an example of a complete analysis performed using
NEDQNT illustrating both the questions and responses. The data output
should be used to verify that your version is running correctly.
Default responses to questions are indicated by square brackets , 
this means that if you hit <return> instead of typing a response to a question
the program will assume the answer shown in the [ ].

c--------------------------------------------------------------------





                 ******************************
                 *          NEDQNT            *
                 * EDS DATA ANALYSIS PROGRAM  *
                 *       8706100020-NJZ       *
                 ******************************


Data Analysis on: 11-JUN-87 at 12:15:25



Si(Li) Detector/Microscope Parameters
________________________________________
Parylene  thickness(cm)  =     0.0000E+00
Aluminium thickness(cm)  =     0.0000E+00
Beryllium thickness(cm)  =     1.0000E-03
Gold      thickness(cm)  =     3.0000E-06
Silicon Dead  layer(cm)  =     3.0000E-05
Silicon Act.  layer(cm)  =     3.0000E-01
X-ray Incid. Angle(deg)  =     0.0000
Detector Azimuth  (deg)  =    90.0000
Detector Elevation(deg)  =    20.0000
Detector Solid Angle(Sr) =     0.1300
FWHM of Mn K-alpha (eV)  =   171.0000
Constant for Mn K-alpha  =     4.3000
Incomplete Charge Const A=     0.0000
Incomplete Charge Const B=     0.0000

Enter Analysis/Specimen Identification :
DEMONSTRATION OF NEDQNT FOR EMMPDL, INTENSITY TO COMPOSITION

------------------------------
  SELECT Type of Calculation
------------------------------
 COMPOSITION from Intensity=C
 INTENSITY from Composition=I
 Enter your Choice [C]     =C

Accelerating Voltage (kV)? :  120

Number of Elements to be Analyzed ? :  4

Enter Element,Line,Intensity of Peak Number  1  [A2,A2,REAL]
AL,KA,100.

Enter Element,Line,Intensity of Peak Number  2  [A2,A2,REAL]
NI,KA,200.

Enter Element,Line,Intensity of Peak Number  3  [A2,A2,REAL]
CR,KA,200.

Enter Element,Line,Intensity of Peak Number  4  [A2,A2,REAL]
Y ,KA,100.
          Int       Wt%    At%    Wt%-Ratio  At%-Ratio
-------------------------------------------------------

AL KA   1.000E+02   9.78  20.82    1.0000    1.0000
NI KA   2.000E+02  28.28  27.68    2.8925    1.3293
CR KA   2.000E+02  24.96  27.59    2.5535    1.3251
 Y KA   1.000E+02  36.99  23.91    3.7834    1.1482

          Analysis by Thin Film Approximation
-------------------------------------------------------


Absorption Correction? [Y] Y

Enter Specimen Thickness (nm) along Beam Direction : 100.

Enter  Specimen  Tilt:  X-Axis, Y-Axis  [ZZ,ZZ]    : 45,0

Enter Specimen Density (Calculate by Averaging = 0.):0

        Intensity    Wt%   At%    Wt%-Ratio  At%-Ratio
-------------------------------------------------------

AL KA --------------10.28 21.75    1.0000    1.0000
NI KA --------------28.14 27.36    2.7382    1.2584
CR KA --------------24.87 27.31    2.4203    1.2560
 Y KA --------------36.72 23.58    3.5729    1.0843

          Analysis with Absorption Correction
-------------------------------------------------------

Electron Incidence Angle =    45.00

Thickness (nm)          =    100.00
Abs. Pathlength (nm)    =     78.02
Density                 =      5.36
Iterations              =         1

  -> Thin Film Approx = XPT<0.1 <-


     XPT FOR AL KA  =  0.117
  **Fails Thin Film Criterion**

     XPT for NI KA  =  0.007
     XPT for CR KA  =  0.009
     XPT for  Y KA  =  0.002

Change Absorption Parameters? [N]:N
Tabulate Element Parameters? [Y] :
Y



X-ray Generation Parameters for AL KA
_____________________________________
     Atomic Number        =    13.00
     Atomic Weight        =    26.98 [g/M]
     X-ray Line Energy    =     1.49 [keV]
     X-ray Edge Energy    =     1.56 [keV]
     Overvoltage          =   76.943
     Cross-section        =  2925.21 [Barns]
     Fluorescence Yield   =    0.038
     Partition Function   =    0.978
     Detector Efficiency  =    0.639




X-ray Generation Parameters for NI KA
_____________________________________
     Atomic Number        =    28.00
     Atomic Weight        =    58.71 [g/M]
     X-ray Line Energy    =     7.48 [keV]
     X-ray Edge Energy    =     8.33 [keV]
     Overvoltage          =   14.401
     Cross-section        =   280.07 [Barns]
     Fluorescence Yield   =    0.432
     Partition Function   =    0.878
     Detector Efficiency  =    0.984




X-ray Generation Parameters for CR KA
_____________________________________
     Atomic Number        =    24.00
     Atomic Weight        =    52.00 [g/M]
     X-ray Line Energy    =     5.41 [keV]
     X-ray Edge Energy    =     5.99 [keV]
     Overvoltage          =   20.036
     Cross-section        =   453.26 [Barns]
     Fluorescence Yield   =    0.273
     Partition Function   =    0.880
     Detector Efficiency  =    0.962




X-ray Generation Parameters for  Y KA
_____________________________________
     Atomic Number        =    39.00
     Atomic Weight        =    88.90 [g/M]
     X-ray Line Energy    =    14.96 [keV]
     X-ray Edge Energy    =    17.04 [keV]
     Overvoltage          =    7.043
     Cross-section        =   101.91 [Barns]
     Fluorescence Yield   =    0.711
     Partition Function   =    0.844
     Detector Efficiency  =    0.989

Tabulate Mass Abs. Coeff. [Y] : 
Y


Calculated Mass Absorption Coefficients
_______________________________________

          AL KA  in AL  =    382.88
          AL KA  in NI  =   4834.76
          AL KA  in CR  =   2996.84
          AL KA  in  Y  =   1794.15
     AL KA  in Compound =   2803.68


          NI KA  in AL  =     60.92
          NI KA  in NI  =     58.81
          NI KA  in CR  =    310.18
          NI KA  in  Y  =    156.86
     NI KA  in Compound =    157.54


          CR KA  in AL  =    149.45
          CR KA  in NI  =    141.97
          CR KA  in CR  =     88.00
          CR KA  in  Y  =    378.65
     CR KA  in Compound =    216.21


           Y KA  in AL  =      8.87
           Y KA  in NI  =     69.55
           Y KA  in CR  =     46.74
           Y KA  in  Y  =     23.63
      Y KA  in Compound =     40.78


Tabulate Detector/Microscope Parameters  [Y] : 
Y


Si(Li) Detector/Microscope Parameters
________________________________________
Parylene  thickness(cm)  =     0.0000E+00
Aluminium thickness(cm)  =     0.0000E+00
Beryllium thickness(cm)  =     1.0000E-03
Gold      thickness(cm)  =     3.0000E-06
Silicon Dead  layer(cm)  =     3.0000E-05
Silicon Act.  layer(cm)  =     3.0000E-01
X-ray Incid. Angle(deg)  =     0.0000
Detector Azimuth  (deg)  =    90.0000
Detector Elevation(deg)  =    20.0000
Detector Solid Angle(Sr) =     0.1300
FWHM of Mn K-alpha (eV)  =   171.0000
Constant for Mn K-alpha  =     4.3000
Incomplete Charge Const A=     0.0000
Incomplete Charge Const B=     0.0000

Do you wish to Enter more Data? [N]Y

------------------------------
  SELECT Type of Calculation
------------------------------
 COMPOSITION from Intensity=C
 INTENSITY from Composition=I
 Enter your Choice [C]     =I

Compositions in Wt% or At% ? [At%] AT

Accelerating Voltage (kV)? :  120

Number of Elements to be Analyzed ? :  3

Enter Element,Line,Composition of Peak Number  1  [A2,A2,REAL]
Y ,K ,1.

Enter Element,Line,Composition of Peak Number  2  [A2,A2,REAL]
BA,K ,2.  

Enter Element,Line,Composition of Peak Number  3  [A2,A2,REAL]
CU,K ,3.



         At%     Wt%  Rel. Int.
-------------------------------------------------------

 Y K   16.67   16.04    15.677
BA K   33.33   49.56     7.540
CU K   50.00   34.40    76.784

          Analysis by Thin Film Approximation
-------------------------------------------------------


Absorption Correction? [Y] Y

Enter Specimen Thickness (nm) along Beam Direction : 200

Enter  Specimen  Tilt:  X-Axis, Y-Axis  [ZZ,ZZ]    : 45,0

Enter Specimen Density (Calculate by Averaging = 0.):

         At%     Wt%  Rel. Int.
-------------------------------------------------------

 Y K  ------------------15.739
BA K  ------------------ 7.584
CU K  ------------------76.676

          Analysis with Absorption Correction
-------------------------------------------------------

Electron Incidence Angle =    45.00

Thickness (nm)          =    200.00
Abs. Pathlength (nm)    =    156.04
Density                 =      4.63
Iterations              =         0

  -> Thin Film Approx = XPT<0.1 <-

     XPT for  Y K   =  0.005
     XPT for BA K   =  0.001
     XPT for CU K   =  0.015

Change Absorption Parameters? [N]:Y

          Analysis by Thin Film Approximation
-------------------------------------------------------


Absorption Correction? [Y] Y

Enter Specimen Thickness (nm) along Beam Direction : 1000

Enter  Specimen  Tilt:  X-Axis, Y-Axis  [ZZ,ZZ]    : 10,0

Enter Specimen Density (Calculate by Averaging = 0.):

         At%     Wt%  Rel. Int.
-------------------------------------------------------

 Y K  ------------------16.462
BA K  ------------------ 8.105
CU K  ------------------75.432

          Analysis with Absorption Correction
-------------------------------------------------------

Electron Incidence Angle =    80.00

Thickness (nm)          =   1000.00
Abs. Pathlength (nm)    =   1969.62
Density                 =      4.63
Iterations              =         0

  -> Thin Film Approx = XPT<0.1 <-

     XPT for  Y K   =  0.057
     XPT for BA K   =  0.010

     XPT FOR CU K   =  0.193
  **Fails Thin Film Criterion**


Change Absorption Parameters? [N]:N
Tabulate Element Parameters? [Y] :
Y



X-ray Generation Parameters for  Y K

_____________________________________
     Atomic Number        =    39.00
     Atomic Weight        =    88.90 [g/M]
     X-ray Line Energy    =    14.96 [keV]
     X-ray Edge Energy    =    17.04 [keV]
     Overvoltage          =    7.043
     Cross-section        =   101.91 [Barns]
     Fluorescence Yield   =    0.711
     Partition Function   =    1.000
     Detector Efficiency  =    0.989




X-ray Generation Parameters for BA K

_____________________________________
     Atomic Number        =    56.00
     Atomic Weight        =   137.34 [g/M]
     X-ray Line Energy    =    32.20 [keV]
     X-ray Edge Energy    =    37.44 [keV]
     Overvoltage          =    3.205
     Cross-section        =    37.75 [Barns]
     Fluorescence Yield   =    0.900
     Partition Function   =    1.000
     Detector Efficiency  =    0.507




X-ray Generation Parameters for CU K

_____________________________________
     Atomic Number        =    29.00
     Atomic Weight        =    63.54 [g/M]
     X-ray Line Energy    =     8.05 [keV]
     X-ray Edge Energy    =     8.98 [keV]
     Overvoltage          =   13.365
     Cross-section        =   251.20 [Barns]
     Fluorescence Yield   =    0.472
     Partition Function   =    1.000
     Detector Efficiency  =    0.986

Tabulate Mass Abs. Coeff. [Y] : 
Y


Calculated Mass Absorption Coefficients
_______________________________________

           Y K   in  Y  =     23.63
           Y K   in BA  =     65.77
           Y K   in CU  =     76.06
      Y K   in Compound =     62.55


          BA K   in  Y  =     20.98
          BA K   in BA  =      8.36
          BA K   in CU  =      9.52
     BA K   in Compound =     10.78


          CU K   in  Y  =    128.39
          CU K   in BA  =    348.51
          CU K   in CU  =     53.56
     CU K   in Compound =    211.75


Tabulate Detector/Microscope Parameters  [Y] : 
Y


Si(Li) Detector/Microscope Parameters
________________________________________
Parylene  thickness(cm)  =     0.0000E+00
Aluminium thickness(cm)  =     0.0000E+00
Beryllium thickness(cm)  =     1.0000E-03
Gold      thickness(cm)  =     3.0000E-06
Silicon Dead  layer(cm)  =     3.0000E-05
Silicon Act.  layer(cm)  =     3.0000E-01
X-ray Incid. Angle(deg)  =     0.0000
Detector Azimuth  (deg)  =    90.0000
Detector Elevation(deg)  =    20.0000
Detector Solid Angle(Sr) =     0.1300
FWHM of Mn K-alpha (eV)  =   171.0000
Constant for Mn K-alpha  =     4.3000
Incomplete Charge Const A=     0.0000
Incomplete Charge Const B=     0.0000

N
STOP



This ends the documentation of NEDQNT
Title                  :NEDQNT 
Keywords               :XEDS
Computer               :DEC VAX 11/730-785, DEC PDP 11/2-11/73
Operating System       :VAXVMS, RT-11
Programming Language   :Fortran IV
Hardware Requirements  :None
Author(s)              :Nestor J. Zaluzec
Correspondence Address :Argonne Nat. Lab, Electron Microscopy Center,Bldg 212
                       :Materials Science Division, Argonne, Illinois 60439,
Source Code:
----------------------------------------------------------------------------
The following is the source code for the program NEDQNT all required
subroutines and functions.

After the NEDQNT source code are two additional programs called

XENRGYTBL - A program which builds necessary binary data file XENRGY.TBL from
	    the ASCII data file called XENRGY.ASCII
ATMLVLTBL -A program which builds necessary binary data file ATMLVL.TBL from
	    the ASCII data file called ATMLVL.ASCII

After these two programs are the ASCII data files XENRGY.ASCII and ATMLVL.ASCII

Note: these are extremely long data files containing all major x-ray lines
      and atomic shell energies for 99 elements of the periodic table
      the programs XENRGYTBL, and ATMLVLTBL compact these to binary files
      for more efficient usage by NEDQNT.

After the XENRGY and ATMLVL ASCII data files is a copy of the EDSPRM.DAT
      file which contains the format for the microscope/detector parameters
      which you must change to reflect your analysis system. This file
      is used by NEDQNT in its ASCII format, and may be simply edited to
      show the parameters for your system

------------------------------------------------------------------------------
      PROGRAM NEDQNT
C-------------------------------------------------------------------------
C
C      TEM THIN FILM QUANTITATIVE X-RAY ANALYSIS PROGRAM
C
C	VERSION 18 UPDATE K AND L SHELL CROSS-SECTIONS MAR/85
C
C	VERSION 19 UPDATE EDSPRM.DAT FILE & LINE TABLES JUNE/85
C
C	VERSION 20 UPDATE TO FULL K SHELL AND/OR L SHELL OPTION JUNE/87
C
C-------------------------------------------------------------------------
C      THIS PROGRAM IS AN EXTENSION OF NEDTEM TO MULTIELEMENT
C      ANALYSIS IT CONVERTS RELATIVE INTENSITY MEASUREMENTS
C      INTO COMPOSITION MEASUREMENTS USING THE 
C      STANDARDLESS APPROACH WITH ABSORPTION CORRECTIONS.
C      THE PROGRAM ANALYZES ONLY KA, KB, K TOTAL, LA, LB OR L TOTAL LINES
C      IT ALSO HAS A BUILT IN MAX OF 20 ELEMENTS 
C      ALL REQUIRED SUBROUTINES CAN BE FOUND IN THE NEDLIB SUBROUTINE LIBRARY
C
C	TWO BINARY DATA TABLES ARE REQUIRED THEY ARE
C      	ATMLVL.TBL	= ABSORPTION EDGES ENERGIES
C	XRYLN.TBL	= X-RAY LINE ENERGIES
C	SEPERATE PROGRAMS ARE SUPPLIED TO CREATE THESE FILES FROM
C	ASCII DATA BASES
C
C	ONE ASCII DATA FILE IS REQUIRED WHICH CONTAINS THE
C	MICROSCOPE AND XEDS DETECTOR PARAMETERS 
C	EDSPRM.DAT      = MICROSCOPE/DETECTOR FILE
C
C	ALL OF THESE FILE ARE ASSUMED TO BE STORED ON A LOGICAL DEVICE
C	WHOSE NAME IS DAT:
C
C
C      THE PROGRAM CAN ALSO BE RUN IN REVERSE THUS OUTPUTING
C      RELATIVE INTENSITIES WHEN THE COMPOSITION AND OPERATING
C      CONDITIONS ARE SPECIFIED
C
C
C      STANDARD FORTRAN INTERACTIVE I/O DEVICES 
C      INPUT= #5 AND OUTPUT= #7
C      HARDCOPY OUTPUT DEVICE #8 (PRINTER)
C
C------------------------------------------------------------------------
C	COMMON BLOCKS FOR NEDS/NELS DATA ANALYSIS PROGRAMS
C	
C	NOTE MOST OF THESE COMMON BLOCKS ARE NOT UTILIZED IN NEDQNT
C	AND ARE THUS COMMENTED OUT, THE PARAMETERS ARE RESERVED FOR
C	NEDS/NELS SERIES OF DATA ANALYSIS PROGRAMS AND ARE INCLUDED
C	HEREIN FOR COMPLETENESS AND FUTURE UTILIZATION 
C
C	COMMON AX(1020),AY(1030),BX(1020),BY(1030),CCY(1030),DDY(1030)
C	COMMON /PARAM0/ NMODE,IRPLT,XM,YM,YLAST,FLAG,NNPT,NPT
C	COMMON /PARAM1/ OFFSET,EVCH,A,R,YY,YN,EX(100),COE(7)
C	COMMON /PARAM2/ IBFLG,IZERO,IBGND,IROI,NEL,FWHMMN,FWCNST
C	COMMON /PARAM3/ SYM(20),AEDID(10),GAMP(10),GEN(10),GFWHM(10),
C	1GINTEG(10),BGD(10),EDSPRM(20)
	COMMON /PARAM4/ PRGRM,ALINE(28),ELVL(28),RELINT(28)
C	COMMON /CRTLST/ XMIN,DX,YMIN,DY,OFFX,OFFY,XL,YL,XZ,YZ
C	COMMON /LABEL/ ILX(7),ILY(7),DUM(10)
C	COMMON /TERMIN/ ITERM,IBAUD,IPLOT,ICOLOR,IMODE,IHARD,ILP(3)
C	COMMON /NAME/ INAMEB(8),INAMEC(8),INAMED(8),EO,CONV,DIV,TIME,BC
	COMMON /SYSPAR/ EDSPRM(20)
C
C
C	COMMON ARRAYS NEEDED BY NEDQNT SEE DEFINITIONS BELOW
C
C	DIMENSION INAME(36),IDA(5)
	COMMON ELM(20),ELN(20),EINT(20),EZ(20),EWT(20),ENE(20),
     CEDG(20),W(20),FA(20),U0(20),Q(20),C(20),CA(20),ALNID(6),AINT(20)
     C,SC(20),DEL(20),AC(20),ACP(20),SSC(20),SINV(20),WJ(20),FCORR(20)
     C,AVOG,YY,YN,CI,CW,RHOAV,XP,EO,CFLAG
C------------------------------------------------------------------------
C
C	DEFINITIONS OF BLANK COMMON
C
C-----------------------------------------------------------------------
C
C	ELM = ARRAY CONTAINING ELEMENT SYMBOL FOR ELEMENT I
C	ELN = ARRAY CONTAINING LINE SYMBOLS
C	EINT= ARRAY CONTAINING DETECTOR CORRECTED INTENSITY OR DETECTOR
C		EFFICIENCY * COMPOSITION DEPENDING UPON CLFAG
C	EZ  = ARRAY CONTAINING ATOMIC NUMBER
C	EWT = ARRAY CONTAINING ATOMIC WEIGHT
C	ENE = ARRAY CONTAINING X-RAY LINE ENERGY (KEV)
C	EDG = ARRAY CONTAINING X-RAY EDGE ENERGY (KEV)
C	W   = ARRAY CONTAINING FLUORESCENCE YIELD
C	FA  = ARRAY CONTAINING PARTITION FUNCTION
C	U0  = ARRAY CONTAINING OVERVOLTAGE
C	Q   = ARRAY CONTAINING CROSS-SECTION (BARNS)
C	C   = ARRAY CONTAINING CONCENTRATION (USUALLY WT%, BUT MAY REVERSE)
C	CA  = ARRAY CONTAINING CONCENTRATION (USUALLY AT%, BUT MAY REVERSE)
C	ALNID= ARRAY CONTAINING LINE DEFINITIONS KA,KB,K, LA,LB,L
C	AINT= ARRAY CONTAINING MEASURED INTENSITY, OR COMPOSITION DEPENDING ON
C		VALUE OF CFLAG
C	SC  = ARRAY CONTAINING NORMALIZED COMPOSITIONS
C	DEL = ARRAY CONTAINING ABSORPTION CORRECTION
C	AC  = ARRAY CONTAINING ABSORPTION COEFFICIENTS 
C	ACP = ARRAY CONTAINING ABSORPTION COEFFICIENTS
C	SSC = COMPOSITION NORMALIZING ARRAY
C	SINV=
C	WJ  = ARRAY NEEDED IN SEM/BULK ANALYSIS FOR NEDQNT.SEM
C	FCORR=ARRAY NEEDED IN SEM
C	AVOG= AVOGADRO'S NUMBER
C	YY,YN = YES, NO
C	CI  = INTENSITY FLAG
C	CW  = COMPOSITION FLAG
C	RHOAV= AVERAGE DENSITY
C	XP  = XP OF XPT ABSORPTION CORRECTION
C	EO  = ACCELERATING VOLTAGE KV
C	CFLAG= CALCULATION FLAG
C	     = 0 USER WANTS TO CALCULATE COMPOSITION FROM INTENSITY
C	     = 1 USER WANTS TO CALCULATE INTENSITY FROM COMPOSITION
C	WFLAG= COMPOSITION FLAG
C	     = 0 INPUT IN AT%
C	     = 1 INPUT IN WT%
C	DFLAG= DENSITY FLAG
C	     = 0 DENSITY UNKNOWN
C	     = 1 INPUT BY USER
C
C--------------------------------------------------------------------
C
C
C	DEFINE SYSTEM PARAMETERS
C
C      INPUT TITLES, # ELEMENTS, INCIDENT ENERGY
C
C	
2222	CALL TNEDQ		!WRITE PROGRAM TITLE
C
C
C
C	DEFINE SOME DEFAULT PARAMETERS
C
C
2223	WFLAG=0.
	DFLAG=0.
	SMAINT=0.
	SUMC=0.
	NST=0
C
C
C
C     HAVE THE USER SELECT TYPE OF CALCULATION
C
C
C
	WRITE(7,51)
51	FORMAT(/,
     C' ------------------------------',/,
     C'   SELECT Type of Calculation',/,
     C' ------------------------------',/,
     C'  COMPOSITION from Intensity=C',/,
     C'  INTENSITY from Composition=I',/,
     C$,'  Enter your Choice [C]     =')
	READ(5,21) ANS
	CFLAG=0.
	IF(ANS.EQ.CI) CFLAG=1.
	IF(CFLAG.EQ.0) GO TO 82
C
C
C
C	CHECK FOR TYPE OF COMPOISITON INPUT IF SELECTED
C       CHECK FOR WT% OR AT% INPUT
C
C
C
	WRITE(7,83)
83	FORMAT(/,$,' Compositions in Wt% or At% ? [At%] ')
	READ(5,21) ANS
	IF (ANS.EQ.CW) WFLAG=1.
 82   	CONTINUE
C
C
C
C
C      INPUT INCIDENT ENERGY
C
C
C
 7    	WRITE(7,5)
 5   	FORMAT(/,$,' Accelerating Voltage (kV)? :  ')
	READ(5,4,ERR=7) EO
	IF((EO.LE.0.5).OR.(EO.GE.1201.)) GO TO 7
 	WRITE(8,146) EO
 146  	FORMAT(' Accelerating Voltage = ',1F6.1,' kV',/)
C
C
C
C      INPUT NUMBER OF MEASURED ELEMENTS
C
C
C
3000  WRITE(7,3)
 3    FORMAT(/,$,' Number of Elements to be Analyzed ? :  ')
      READ(5,4,ERR=3000) AN
 4    FORMAT(1F3.0)
      N=AN
      IF (N.EQ.0) GO TO 3000
      IF (N.GT.20) WRITE (7,3001)
3001  FORMAT (' Maximum number of elements = 20 ! ')
      IF (N.GT.20) GO TO 3000
C
C      START INPUT LOOP 
C
	DO 8 I=1,N
11	IF(CFLAG.EQ.0) WRITE(7,9) I
	IF(CFLAG.EQ.1) WRITE(7,101) I
101   	FORMAT(/,
     1' Enter Element,Line,Composition of Peak Number ',I2,'  [A2,A2,REAL]')
9	FORMAT(/,
     1' Enter Element,Line,Intensity of Peak Number ',I2,'  [A2,A2,REAL]')
	READ(5,10,ERR=11) ELM(I),ELN(I),AINT(I)
 10	FORMAT(1A2,1X,1A2,1X,1F10.0)
C
C      CALCULATE XRAY GENERATION CONSTANTS OF THIS ELEMENT
C
	CALL XRYPRM(I)
C
C	CHECK FOR POSSIBLE INPUT ERROR
C
	IF((EZ(I).LE.0).OR.(EZ(I).GE.100)) GO TO 11
C
C      CALCULATE DETECTOR EFFICIENCY AND CORRECT INTENSITIES
C
	CALL DEFF(ENE(I),EFF)
	EINT(I)=AINT(I)/EFF
	IF(CFLAG.EQ.1.) EINT(I)=AINT(I)*EFF
C
C      CALCULATE UNNORMALIZED COMPOSITION
C
	C(I)=EINT(I)*EWT(I)/(Q(I)*W(I)*FA(I))
	IF(CFLAG.EQ.1) C(I)=EINT(I)*Q(I)*W(I)*FA(I)
	SUMC=SUMC + C(I)
	IF(WFLAG.EQ.1.) SMAINT=SMAINT + AINT(I)/EWT(I)
 8	CONTINUE
	IF(WFLAG.EQ.0) GO TO 144
	DO 145 I=1,N
	IF (WFLAG.EQ.1) AINT(I)=AINT(I)/(EWT(I)*SMAINT)
 145	C(I)=1.*C(I)/(EWT(I)*SMAINT)
	WFLAG=0.
 144	CONTINUE
C
C      NORMALIZE COMPOSITION TO 100% AND OUTPUT RESULTS
C
	SMAINT=0.
	SUMWT=0.
	SUMA=0.
	DO 14 I=1,N
	SMAINT=SMAINT+AINT(I)
 14	CONTINUE
	CALL NRM100(N)
	CALL WTTOAT(N)
C
C	ADD ELEMENTS BY STOICHIOMETRY AT THIS POINT
C
C      IF(CFLAG.EQ.0) CALL STIOCH(N,NST,SFLAG,DIFF)
C
	NEL=N+NST
C
C	WRITE A COLUMN TITLE
C
	IF(CFLAG.EQ.0) WRITE(8,140)
	IF(CFLAG.EQ.1) WRITE(8,141)
	IF(CFLAG.EQ.0) WRITE(7,142)
	IF(CFLAG.EQ.1) WRITE(7,143)
 140   	FORMAT(/,9X,'Intensity','    Wt%   At%    Wt%-Ratio  At%-Ratio')
 141   	FORMAT(/,9X,' At%     Wt%  ','Rel. Int.   Int.-Ratio')
 142  	FORMAT(11X,'Int',7X,'Wt%',4X,'At%    Wt%-Ratio  At%-Ratio')
 143  	FORMAT(10X,'At%',5X,'Wt%',2X,'Rel. Int.   Int.-Ratio')
	WRITE(7,598)
	WRITE(8,598)
C
C	NOW OUTPUT THE RESULTS
C
	DO 131 I=1,N
	IF(CFLAG.EQ.1) AINT(I)=AINT(I)*1./SMAINT
	IF (CFLAG.EQ.1) SUMWT=SUMWT +EWT(I)*AINT(I)
 131	CONTINUE
	DO 13 I=1,NEL
	IF(I.GT.N) WRITE(7,366) ELM(I),ELN(I),C(I),CA(I)
	IF(I.GT.N) WRITE(8,366) ELM(I),ELN(I),C(I),CA(I)
	IF(I.GT.N) GO TO 133
 366   FORMAT(1X,2(1A2,1X),'    ****   ',1X,2(2PF6.2,1X))
	IF(CFLAG.EQ.1.) EINT(I)=1*AINT(I)*EWT(I)/SUMWT
	IF(CFLAG.EQ.0.) WRITE(8,361) ELM(I),ELN(I),AINT(I),C(I),CA(I),
     1	C(I)/C(1),CA(I)/CA(1)
	IF(CFLAG.EQ.0) WRITE(7,361) ELM(I),ELN(I),AINT(I),C(I),CA(I),
     1	C(I)/C(1),CA(I)/CA(1)
	IF(CFLAG.EQ.1) WRITE(8,362) ELM(I),ELN(I),AINT(I),EINT(I),C(I),
     1  C(I)/C(1)
	IF(CFLAG.EQ.1) WRITE(7,362) ELM(I),ELN(I),AINT(I),EINT(I),C(I),
     1  C(I)/C(1)
 361	FORMAT(1X,2(1A2,1X),2X,1PE9.3,1X,2(2PF6.2,1X),2(0PF9.4,1X))
 362	FORMAT(1X,2(1A2,1X),2(2PF6.2,2X),1PF8.3,1X,0PF8.3)
C
C      STORE THIN FILM APPROXIMATION RESULTS IN AN ARRAY
C
 133      SSC(I)=C(I)
C
C	ELEMENTS BY STOICHIOMETRY HERE
C
C       IF((I.GT.N).AND.(I.EQ.NEL)) WRITE(7,726)
C 	IF((I.GT.N).AND.(I.EQ.NEL)) WRITE(8,726)
C 726   FORMAT(//,' * = BY STOICHIOMETRY')
C
C
 13   CONTINUE
 132   CONTINUE
 130   FORMAT(5(/))
C
C	MORE LABELS FOR OUTPUT
C
	WRITE (7,50)
	WRITE (8,50)
50	FORMAT(/,'           Analysis by Thin Film Approximation')
        WRITE(8,598)
        WRITE(7,598)
 598  FORMAT(56('-'),/)
C
C
C      BEGIN ABSORPTION CORRECTION ITERATION SEQUENCE
C
C
      ITER=0.
      WRITE(7,20)
 20   FORMAT(/,$,' Absorption Correction? [Y] ')
      READ(5,21) ANS
 21   FORMAT(1A1)
      SKIP=0.
      IF(ANS.EQ.YN) SKIP=1.
      IF(ANS.EQ.YN) GO TO 9991
C
C
C      READ IN NECESSARY PARAMETERS FOR ABSORPTION CORRECTION
C
C
 622  	WRITE(7,22)
 22   	FORMAT(/,$,
     C' Enter Specimen Thickness (nm) along Beam Direction : ')
	READ (5,23,ERR=622) THICK
	IF (THICK.EQ.0.) GO TO 622
 651  	WRITE(7,700)
 700   	FORMAT(/,$,
     C' Enter  Specimen  Tilt:  X-Axis, Y-Axis  [ZZ,ZZ]    : ')
      	READ(5,23,ERR=651) PX,PY
      	TAZ=EDSPRM(8)/57.296
      	TEL=EDSPRM(9)/57.296
      	PX=PX/57.296
      	PY=PY/57.296
      	VISQ=(COS(PX)*COS(PY)*COS(TAZ)*COS(TEL))**2. +
     1(COS(PX)*COS(PY)*COS(TEL)*SIN(TAZ))**2. +(SIN(PY)*COS(TAZ)*
     2 COS(TEL) + SIN(PX)*COS(PY)*COS(TEL)*SIN(TAZ))**2.
      	VI=SQRT(VISQ)
      	COSB=(SIN(PY)*COS(TAZ)*COS(TEL) + SIN(PX)*COS(PY)*COS(TEL)
     1*SIN(TAZ))/VI
      	BT= 1.5707963-ATAN(COSB/SQRT(1.-COSB**2.))
      	ATEB=BT*57.296
C
C
C     INPUT DENSITY
C
C
232    	WRITE(7,231)
 231   	FORMAT(/,$,
     C' Enter Specimen Density (Calculate by Averaging = 0.):')
      	READ (5,23,ERR=232) DN
 23   	FORMAT(4F10.0)
      	RHOAV=DN
      	TH=TEL
      	ZTH=THICK*1E-7
      	DTH=ZTH*SIN(BT)/COS(BT-TH)
 320    CONTINUE
C
C
C      IF DENSITY UNKNOWN ATTEMPT 1ST ORDER APPROXIMATION
C
C
      	IF(DFLAG.EQ.1) GO TO 242
      	IF (RHOAV.GT.0.) GO TO 241
 242   	DFLAG=1.
      	RHOAV=0.
      	DO 24 I=1,N
      	IF(CFLAG.EQ.1) RHOAV=RHOAV +EINT(I)/DEN(EZ(I))
 24   	IF (CFLAG.EQ.0) RHOAV=RHOAV+C(I)/DEN(EZ(I))
      	RHOAV=1./RHOAV
 241   	CONTINUE
C
C
C
C      CALCULATE CORRECTION FACTORS FOR ABSORP CORRECTION
C
C
C
      	CALL AOFZAF(NEL)
        FLAG=0.
      	SUMC=0.
      	DO 28 I=1,N
      	DEL(I)=(1.-EXP(-AC(I)*RHOAV*DTH))/AC(I)
      	SC(I)=SSC(I)/DEL(I)
      	IF(CFLAG.EQ.1) SC(I)=C(I)*DEL(I)
 28   	SUMC=SUMC+SC(I)
C
C
C      CALCULATE NEW COMPOSITIONS AND
C      CHECK FOR CONVERGENCE WITH LAST COMPOSITION VALUE 
C      IF CONVERGENCE END ITERATION OTHERWISE CONTINUE
C
C
      	DO 602 I=1,N
 602   	SC(I)=SC(I)/SUMC
C
C
C
C
C
C      THE ARRAY SC NOW CONTAINSA NORMALIZED COMPOSITION IN WT%
C      FOR MEASURED ELEMENTS ONLY!!!!
C      NOW CHECK FOR ELEMENTS BY STIOCHMETRY
C	THIS SECTION DELETED 
C
C
C      IF(NST.EQ.0) GO TO 603
C
C
C
 603   DO 29 I=1,NEL
C
C
C
C
C    TO OBSERVE ABSORPTION ITERATIONS AS CALCULATION PROCEEDS
C    REMOVE NEXT FEW COMMENT LINES
C    FROM WRITE & FORMAT STATEMENTS
C
C      WRITE(8,665) I,SC(I),C(I),CA(I)
C  665 FORMAT(1X,I2,1X,3(1F10.7,1X))
	IF(ABS(SC(I)-C(I)).GT.0.0005) FLAG=1.
 29   	CONTINUE
	IF(FLAG.EQ.0.) GO TO 300
	IF(CFLAG.EQ.1)GO TO 300
	DO 310 I=1,NEL
	C(I)=SC(I)
 310    CONTINUE
	ITER=ITER+1
	GO TO 320
 300   	CONTINUE
C
C
C      OUTPUT RESULTS OF ABSORPTION CORRECTION
C
C
	DT=DTH*1E7	!CONVERT THICKNESS TO RIGHT UNITS
	SUMA=0.
	IF(CFLAG.EQ.0) WRITE(7,140)
	IF(CFLAG.EQ.1) WRITE(7,141)
	IF(CFLAG.EQ.0) WRITE(8,140)
	IF(CFLAG.EQ.1) WRITE(8,141)
	WRITE(7,598)
	WRITE(8,598)
	DO 34 I=1,NEL
	CA(I)=SC(I)/EWT(I)
	SUMA=SUMA+CA(I)
 34   	CONTINUE
C
C	NOW WRITE THE RESULTS OUT
C
	DO 35 I=1,NEL
	CA(I)=CA(I)/SUMA
 342  	CA(I)=100.*CA(I)
	SC(I)=100.*SC(I)
	IF(CFLAG.EQ.1) WRITE(8,363) ELM(I),ELN(I),SC(I),SC(I)/SC(1)
	IF(CFLAG.EQ.1) WRITE(7,363) ELM(I),ELN(I),SC(I),SC(I)/SC(1)
	IF(CFLAG.EQ.0) WRITE(8,36) ELM(I),ELN(I),SC(I),CA(I),
     1	SC(I)/SC(1),CA(I)/CA(1)
	IF(CFLAG.EQ.0) WRITE(7,36) ELM(I),ELN(I),SC(I),CA(I),
     1	SC(I)/SC(1),CA(I)/CA(1)
 363  	FORMAT(1X,2(1A2,1X),16('-'),1F8.3,1X,1F8.3)
 36   	FORMAT(1X,2(1A2,1X),14('-'),2(1F5.2,1X),2(1F9.4,1X))
 35   	CONTINUE
C
C	MORE LABELS
C
	WRITE(7,331)
	WRITE(8,331)
 331  	FORMAT(/,'           Analysis with Absorption Correction')
C
C
C      TABULATE THIN FLIM CRITERION & GEOMETRY FOR ALL ELEMENTS
C
C
	WRITE(7,598)
	WRITE(8,598)
      	WRITE(8,332) PX*57.296,PY*57.296
 332   	FORMAT(
     1' ------------------------------------',/,
     1'    Absorption Correction Geometry',/,
     1' ------------------------------------',//,
     C9X,' Specimen Tilt Angles:',//,
     C'   X-Axis,    Y-Axis =  ',2(1F6.2,1X))
      	WRITE(7,239) ATEB
      	WRITE(8,239) ATEB
 239   	FORMAT(' Electron Incidence Angle',' =   ',1F6.2)
	WRITE(7,33) THICK,DT,RHOAV,ITER
	WRITE(8,33) THICK,DT,RHOAV,ITER
 33   	FORMAT(/,
     1' Thickness (nm)'10X,'= ',1F9.2,/,
     1' Abs. Pathlength (nm)    = ',1F9.2,/,
     2' Density',16x,' = ',1F9.2,/,
     3' Iterations  ',12X,'= ',7X,I2,/)
	WRITE(7,381)
	WRITE(8,381)
 381   	FORMAT(2X,' -> Thin Film Approx = XPT<0.1 <-',/)
	DO 39 I=1,N
	XPT=AC(I)*RHOAV*DTH
	IF(XPT.LE.0.1) WRITE(8,391) ELM(I),ELN(I),XPT
	IF(XPT.GT.0.1) WRITE(8,392) ELM(I),ELN(I),XPT
	IF(XPT.LE.0.1) WRITE(7,394) ELM(I),ELN(I),XPT
	IF(XPT.GT.0.1) WRITE(7,393) ELM(I),ELN(I),XPT
 393  	FORMAT(/,5X,' XPT FOR ',2(1A2,1X),' = ',1F6.3,/,
     C2X,' **Fails Thin Film Criterion**',/)
 394  	FORMAT(5X,' XPT for ',2(1A2,1X),' = ',1F6.3)
 39   	CONTINUE
 391  	FORMAT(5X,' XPT for ',2(1A2,1X),'   = ',1F6.3)
 392  	FORMAT(/,5X,' XPT for ',2(1A2,1X),'   = ',1F6.3,/,
     C'  *** Fails Thin Film Approximation ***',/)
 9990  	CONTINUE
C
C	ASK IF NEW ABSORPTION PARAMETERS ARE TO BE USED
C
 9999   WRITE(7,599)
 599   	FORMAT(/,$,' Change Absorption Parameters? [N]:')
	READ(5,21,ERR=9999) ANS
	IF(ANS.EQ.'Y') GO TO 132
C
C
C	DO YOU WANT INFORMATION TO BE TABULATED ON PRINTER?
C
C
 9991   CALL TABOUT(NEL)
	WRITE (7,9992)
 9992	FORMAT($,' Do you wish to Enter more Data? [N]')
	READ (5,21) ANS
	IF(ANS.EQ.'Y') GO TO 2223
C
C	THAT'S ALL FOLKS
C
	STOP
	END

C
C
C
C------------------------------------------------------------------
C
C		SUBROUTINES AND FUNCTIONS REQUIRED BY NEDQNT
C
C------------------------------------------------------------------
C
C
	FUNCTION ABSCO(Z,W) 
C
C	FUNCTION TO CALCULATE MASS ABSORPTION COEFFICIENTS
C	ADAPTED FROM MAGIC IV BY J. COLBY
C	Z = ATOMIC NUMBER W=WAVELENGHT IN ANGSTROMS
C
	COMMON /PARAM4/ PRGRM,ALINE(28),ELVL(28),RELINT(28)
	IF(Z.LE.10) GO TO 4
	CALL ELEDGE(INT(Z))
	DO 1 I=1,9
	EN=ELVL(I)
	WL=12.3985/EN
	IF(W-WL)2,1,1
1	CONTINUE
	CON=COEF(Z,10)
	EX=2.22 
	GO TO 3 
2 	CON=COEF(Z,I) 
	EX=EXPON(Z,I) 
3 	ABSCO=CON*W**EX 
	RETURN
4    	IF(Z.LE.3.) ABSCO=0.135*W**2.88
	IF(Z.EQ.4.) ABSCO=0.350*W**2.86
	IF(Z.EQ.5.) ABSCO=0.74*W**2.85
	IF(Z.EQ.6.) ABSCO=1.35*W**2.84
	IF(Z.EQ.7.) ABSCO=2.21*W**2.83
	IF(Z.EQ.8.) ABSCO=3.34*W**2.82
	IF(Z.EQ.9.) ABSCO=4.90*W**2.81
	IF(Z.EQ.10.)ABSCO=6.77*W**2.80
	RETURN
	END 
C
C
C
C
C
	FUNCTION ABSCOF(Z,WL)
C
C	NEW FUNCTION TO CALUCULATE MASSABSORPTION COEFFICIENT
C	OF X-RAY OF WAVELENGTH (WL) IN ELEMENT OF ATOMIC NUMBER (Z)
C			WL(ANGSTROMS)=12.3981/E(KEV)
C	BASED ON THE PARAMETERIZATION OF R.HOLTON OF THE HENKE & EBISU
C	TABLES USING THE PROGRAM UPFIT (NJZ)  JAN 1984
C
C	THE CURRENT ROUTINE CALCULATES THE MASS ABSORPTION COEFFICIENT
C	FOR THE WL RANGE (8.34 TO 72.2 ANGSTROMS) = 1487 TO 172 EV
C	I.E. X-RAYS FOR THE ELEMENTS BORON-ALUMINIUM K-SHELL
C	FOR THE ELEMENTS H, BE, C, O, AL, SI, AU
C
C	THIS ROUTINE IS MAINLY INTENDED FOR CALCULATION OF UTW DETECTOR
C	EFFICIENCY FACTORS
C
C
	ABSCOF=0.0		!ELEMENT NOT IN LIST RETURN COEFF AS ZERO
	IF(Z.EQ.1.) GO TO 10
	IF(Z.EQ.4.) GO TO 40
	IF(Z.EQ.6.) GO TO 60
	IF(Z.EQ.8.) GO TO 80
	IF(Z.EQ.13.) GO TO 130
	IF(Z.EQ.14.) GO TO 140
	IF(Z.EQ.79.) GO TO 790
	RETURN
C
C	HYDROGEN
C
10	IF(WL.GE.8.34) ABSCOF=0.001472*WL**3.359
	IF(WL.GE.18.3) ABSCOF=0.001816*WL**3.285
	IF(WL.GE.31.4) ABSCOF=0.002138*WL**3.231
	RETURN
C
C	BERYLLIUM
C
40	IF(WL.GE.8.34) ABSCOF=.3102*WL**3.001
	IF(WL.GE.18.3) ABSCOF=.506*WL**2.831
	IF(WL.GE.44.7) ABSCOF=2.248*WL**2.419
	RETURN
C
C	CARBON
C
60	IF(WL.GE.8.34) ABSCOF=1.966*WL**2.788
	IF(WL.GE.17.6) ABSCOF=4.129*WL**2.529
	IF(WL.GE.44.7) ABSCOF=0.2572*WL**2.404
	RETURN
C
C	OXYGEN
C
80	IF(WL.GE.8.34) ABSCOF=6.998*WL**2.573
	IF(WL.GE.23.6) ABSCOF=0.481*WL**2.479
	RETURN
C
C	ALUMINIUM
C
130	IF(WL.GE.8.34) ABSCOF=1.286*WL**2.712
	IF(WL.GE.27.4) ABSCOF=10.65*WL**2.071
	RETURN
C
C	SILICON
C
140	IF(WL.GE.8.34) ABSCOF=1.759*WL**2.706
	IF(WL.GE.18.3) ABSCOF=2.568*WL**2.574
	IF(WL.GE.31.4) ABSCOF=26.2*WL**1.888
	RETURN
C
C	GOLD
C
790	IF(WL.GE.8.34) ABSCOF=41.17*WL**1.906
	IF(WL.GE.16.0) ABSCOF=-4.411E-04*WL**5+9.878E-2*WL**4
     C-8.218*WL**3+3.02E2*WL**2-4.466E3*WL+2.966E4
	RETURN
	END
C
C
C
C
C
C 
      SUBROUTINE AOFZAF(N)
C
C      THIS SUBROUTINE CALCULATES THE ABSORPTION CORRECTION
C      (I.E. A OF ZAF) 
C
C
      COMMON ELM(20),ELN(20),EINT(20),EZ(20),EWT(20),ENE(20),
     CEDG(20),W(20),FA(20),UO(20),Q(20),C(20),CA(20),ALNID(6),AINT(20)
     C,SC(20),DEL(20),AC(20),ACP(20),FZ(20),SINV(20),WJ(20),FCORR(20)
     C,AVOG,YY,YN,CI,CW,RHOAV,XP,EO,CFLAG
C
C
C      CALCULATE MASS ABSORPTION COEFFICIENTS
C      FOR ALLOY BASED ON CURRENT
C      COMPOSITION VALUES
C
C
      DO 26 J=1,N
      DO 25 I=1,N
      WL=12.3985/ENE(J)
C
C      CALCULATE MASS ABSORP. COEFF OF PURE ELEMENTS
C
      ACP(I)=ABSCO(EZ(I),WL)
 25   CONTINUE
      AC(J)=0.
C
C     CALCULATE FOR ALLOY
C
      DO 27 I=1,N
      IF(CFLAG.EQ.1) AC(J)=AC(J)+ACP(I)*EINT(I)
      IF(CFLAG.EQ.0) AC(J)=AC(J)+ACP(I)*C(I)
 27   CONTINUE
 26   CONTINUE
      FLAG=0.
C
C
C      CALCULATE CORRECTION FACTOR FOR ABSORP CORRECTION
C
C
      DO 28 I=1,N
      XPT=AC(I)*XP
      DEL(I)=1.+3E-06*(EO**1.65-EDG(I)**1.65)*XPT +
     1 4.5E-13*((EO**1.65-EDG(I)**1.65)*XPT)**2.
 28   CONTINUE
      RETURN
      END
C
C
C
C
      FUNCTION ATOMNR(SYMBOL)
C
C OUTPUTS ATOMIC NUMBER OF ELEMENT WHICH CORRESPONDS TO SYMBOL
C
      DIMENSION SS(18),NUM(18)
      COMMON /ELEMNT/ CS(100),ALNID(6)
      DATA CS/' H','HE','LI','BE',' B',' C',' N',' O',' F','NE'
     1,'NA','MG','AL','SI',' P',' S','CL','AR',' K','CA','SC','TI',
     2' V','CR','MN','FE','CO','NI','CU','ZN','GA','GE','AS','SE',
     3'BR','KR','RB','SR',' Y','ZR','NB','MO','TC','RU','RH','PD',
     4'AG','CD','IN','SN','SB','TE',' I','XE','CS','BA','LA','CE',
     5'PR','ND','PM','SM','EU','GD','TB','DY','HO','ER','TM','YB',
     6'LU','HF','TA',' W','RE','OS','IR','PT','AU','HG','TL','PB',
     7'BI','PO','AT','RN','FR','RA','AC','TH','PA',' U','NP','PU',
     8'AM','CM','BK','CF','ES','FM'/
      DATA ALNID/'KA','LA','MA','KB','LB','MB'/
      DATA SS/'NO','H ','B ','C ','N ','O ',
     9'F ','P ','S ','A ','K ','V ','Y ','I ','W ','U ',' A','CB' /
     9,NUM/1000,1,5,6,7,8,9,15,16,18,19,23,39,53,74,92,18,41/
      DO 1 I=1,100
      IF(SYMBOL-CS(I))1,5,1
 1    CONTINUE
      DO 2 I=1,18
      IF (SYMBOL-SS(I))2,4,2
 2    CONTINUE
        WRITE(7,3) SYMBOL
 3     FORMAT (' THE ELEMENT ',A2,' DOES NOT EXIST')
      GO TO 7
 4    SYMBOL=CS(NUM(I))
      I=NUM(I)
 5    ATOMNR=I
      GO TO 6
 7    ATOMNR=0
 6    RETURN
      END
C
C
C
C
C
      FUNCTION ATOMWT(Z)
C
C OUTPUTS ATOMIC WEIGHT OF ELEMENT Z
C
C
      DIMENSION A(100)
      DATA A/1.008,4.003,6.939,9.012,10.811,12.011,14.007,15.999,18.998,
     120.183,22.990,24.312,26.982,28.086,30.974,32.064,35.453,39.948,
     239.102,40.080,44.956,47.900,50.942,51.996,54.938,55.847,58.933,
     358.710,63.540,65.370,69.720,72.590,74.922,78.960,79.909,83.800,
     485.470,87.620,88.905,91.220,92.906,95.940,99.000,101.070,102.905,
     5106.400,107.870,112.400,114.820,118.690,121.750,127.600,126.904,
     6131.300,132.905,137.340,138.910,140.120,140.907,144.240,147.000,
     7150.350,151.960,157.250,158.924,162.500,164.930,167.260,168.934,
     8173.040,174.970,178.490,180.948,183.850,186.200,190.200,192.200,
     9195.090,196.967,200.590,204.370,207.190,208.980,210.000,210.000,
     1222.000,223.000,226.000,227.000,232.038,231.000,238.030,237.000,
     2244.000,243.000,247.000,247.000,251.000,254.000,253.000/
      I=Z
      ATOMWT=A(I)
      RETURN
      END
C
C
C
C
C
      SUBROUTINE ATTOWT(N)
C
C
C      THIS SUBROUTINE CONVERTS AT% INTO WT% 
C      FOR N ELEMENTS
C
C
      COMMON ELM(20),ELN(20),EINT(20),EZ(20),EWT(20),ENE(20),
     CEDG(20),W(20),FA(20),U0(20),Q(20),C(20),CA(20),ALNID(6),AINT(20)
     C,SC(20),DEL(20),AC(20),ACP(20),FZ(20),SINV(20),WJ(20),FCORR(20)
     C,AVOG,YY,YN,CI,CW,RHOAV,XP
      SUM=0.
      DO 1 I=1,N
      C(I)=CA(I)*EWT(I)
 1    SUM=SUM+C(I)
      DO 2 I=1,N
 2    C(I)=C(I)/SUM
      RETURN
      END
C
C
C
C
C
C
C
C
      FUNCTION COEF(Z,N)
C
C	CALLED BY ABSCO ROUTINE ADAPTED FROM MAGIC IV
C
      GO TO(1,2,3,4,5,6,7,8,9,10),N 
    1 COEF=-.6396+Z*(.4649-Z*(.1357-Z*(2.404E-2-Z*(9.382E-4-Z*(1.937E-5 
     1-Z*1.552E-7)))))
      GO TO 11
    2 COEF=-.2887+Z*(.1264-Z*(2.218E-2-Z*(1.985E-3-Z*(3.189E-5
     1-Z*(3.272E-7-Z*1.41E-9))))) 
      GO TO 11
    3 COEF=-9.885+Z*(1.749-Z*(.1142-Z*(4.301E-3-Z*(6.378E-5-Z*(5.325E-7 
     1-Z*1.884E-9)))))
      GO TO 11
    4 COEF=-10.531+Z*(1.833-Z*(.119-Z*(4.277E-3-Z*(6.621E-5-Z*(5.606E-7 
     1-Z*1.974E-9)))))
      GO TO 11
    5 COEF=56.0595-Z*(8.3133-Z*(.48688-Z*(1.436E-2-Z*(2.3126E-4 
     1-Z*(1.8852E-6-Z*6.1809E-9)))))
      GO TO 11
    6 COEF=93.4532-Z*(12.0904-Z*(.63557-Z*(1.7339E-2-Z*(2.626E-4
     1-Z*(2.0483E-6-Z*6.4866E-9)))))
      GO TO 11
    7 COEF=79.245-Z*(10.2893-Z*(.54254-Z*(1.4837E-2-Z*(2.2494E-4
     1-Z*(1.7553E-6-Z*5.557E-9))))) 
      GO TO 11
    8 COEF=68.993-Z*(9.0531-Z*(.48183-Z*(1.3277E-2-Z*(2.0225E-4 
     1-Z*(1.5824E-6-Z*5.0123E-9)))))
      GO TO 11
    9 COEF=2.676E-2-Z*(1.955E-3-Z*(3.973E-6+Z*(5.973E-5+Z*(1.19E-7
     1-Z*(6.135E-10-Z*1.532E-12)))))
      GO TO 11
   10 COEF=-385.7058+Z*(37.148-Z*(1.4501-Z*(2.9444E-2-Z*(3.2486E-4
     1-Z*(1.8472E-6-Z*4.2113E-9)))))
   11 IF(COEF)12,13,13
   12 COEF=0. 
   13 RETURN
      END 
C
C
C
C
C
	SUBROUTINE CKYIELD (IZ,LTRAN,VALUE)
C----------------------------------------------------------------------
C
C	THIS SUBROUTINE RETURNS FOR AN ATOMIC NUMBER IZ THE
C	VALUE OF THE COSTER-KRONIG TRANSITION PROBABILITY
C	FOR THE SELECTED TRANSITION  (LTRANS = 12, 13, 23) 
C	FOR THE L1-L2, L1-L3, L2-L3 TRANSITIONS RESPECTIVELY
C	AND IS USED IN THE CALCULATION OF L SHELL CROSS-SECTIONS
C	THIS DATA IN TABULAR FORM WAS TAKEN FROM THE
C	TABLES OF KRAUSE J.PHYS. CHEM. REF. DATA. VOL 8, NO. 2 (1979),PAGE 307
C
C	ONLY DATA FOR 18<Z<94 WAS INCLUDED HEREIN
C------------------------------------------------------------------------
C
C				8403040001-NJZ
C				8403060002-NJZ add atomic numbers 18-27
C
C-------------------------------------------------------------------------
	DIMENSION F12(75),F13(75),F23(75)
	INTEGER F12,F13,F23
C
C	MUST DIVIDE F12 & F13 BY 100
C
	DATA F12/31,31,31,31,31,31,31,30,30,30,
     C30,30,29,29,28,28,28,28,27,27,27,26,26,
     C10,10,10,10,10,10,10,10,10,17,17,18,18,19,19,19,19,19,19,19,
     C19,19,19,19,19,19,19,19,19,19,19,18,18,17,16,16,15,14,14,13,
     C13,12,11,11,10,10,10,9,9,9,8,8/
	DATA F13/62,62,61,60,59,58,57,58,57,56,
     C55,54,54,53,53,53,52,52,52,52,52,52,52,
     C61,61,61,61,60,60,59,59,59,27,28,28,28,28,28,28,29,29,29,30,
     C30,30,30,30,30,30,30,30,29,29,28,28,28,28,33,39,45,50,53,56,
     C57,58,58,58,59,58,58,58,58,57,58,57/
C
C	MUST DIVIDE F23 BY 1000
C
	DATA F23/0,0,0,0,0,0,0,0,0,0,
     C28,28,26,32,50,63,76,88,100,109,117,126,132,
     C137,141,144,148,150,151,153,155,157,157,156,155,
     C154,154,154,153,153,153,153,152,
     C151,150,149,147,145,143,142,140,139,138,136,135,134,133,130,128,
     C126,124,122,120,118,116,113,111,111,110,109,108,108,108,139,167/
C
C	GET ATOMIC NUMBER SEE IF IT IS IN TABLE IF NOT RETURN VALUE=0.
C
	VALUE=0.
	IF((IZ.LT.18).OR.(IZ.GT.94)) RETURN
C
C	IZ IS IN TABLE VALUE= COSTER-KRONIG TRANSITION PROBABILITY
C
	IF(LTRAN.EQ.12) VALUE=F12(IZ-17)/100.
	IF(LTRAN.EQ.13) VALUE=F13(IZ-17)/100.
	IF(LTRAN.EQ.23) VALUE=F23(IZ-17)/1000.
	RETURN
	END
C
C
C
C
C
      SUBROUTINE DEFF(E,EFF)
C
C	SUBROUTINE TO CALCULATE SILI DETECTOR EFFICIENCIES
C
C	EFFICIENCIES ARE CALCULATED 
C	USING NEW PARAMETERIZATION OF ABSORPTION COEFFICIENTS
C	FROM THE HENKE & EBISU DATA FOR BE,C,O,AL, & SI IN ABSCOF ROUTINE
C	FOR E> 1.5KEV USE THE THINH & LEROUX PARAMETERIZATION
C
C      E  = X-RAY ENERGY (KEV)
C      EFF = CALCULATED EFFICIENCY
C
C	THE SILI DETECTOR PARAMETERS ARE CONTAINED IN THE ARRAY "EDSPRM"
C	AND ARE DEFINED AS FOLLOWS:
C
C      EDSPRM(1)= TPY = THICKNESS OF PARYLENE LAYER (CM)
C      EDSPRM(2)= TAL = THICKNESS OF AL LAYER (CM)
C      EDSPRM(3)= TBE = THICKNESS OF BE WILNDOW (CM)
C      EDSPRM(4)= TAU = " AU FILM (CM)
C      EDSPRM(5)= TSID = " SI DEAD LAYER (CM)
C      EDSPRM(6)= TSIA = " SI ACTIVE AREA (CM)
C      EDSPRM(7)= ALPHA = ANGLE OF INCIDENCE OF X-RAY TO DETECTOR
C
C
C
C      			COMMON BLOCKS FOR NELS
C
C
C	COMMON AX(1020),AY(1030),BX(1020),BY(1030),CCY(1030),DDY(1030)
C	COMMON /PARAM0/ NMODE,IRPLT,XM,YM,YLAST,FLAG,NNPT,NPT
C        COMMON /PARAM1/ OFFSET,EVCH,A,R,YY,YN,EX(100),COE(7)
C        COMMON /PARAM2/ IBFLG,IZERO,IBGND,IROI,NEL,FWHMMN
C        COMMON /PARAM3/ SYM(20),AEDID(10),GAMP(10),GEN(10),GFWHM(10),
C	1GINTEG(10),BGD(10),EDSPRM(20)
C	COMMON /PARAM4/ PRGRM,ALINE(28),ELVL(28),RELINT(28)
C	COMMON /CRTLST/ XMIN,DX,YMIN,DY,OFFX,OFFY,XL,YL,XZ,YZ
C	COMMON /LABEL/ ILX(7),ILY(7),DUM(10)
C	COMMON /TERMIN/ ITERM,IBAUD,IPLOT,ICOLOR,IMODE,IHARD,ILP(3)
C	COMMON /NAME/ INAMEB(8),INAMEC(8),INAMED(8),EO,CONV,DIV,TIME,BC
	COMMON /SYSPAR/ EDSPRM(20)
C
C
C	TRANSLATE EDSPRM ARRAY TO THICKNESSES NEEDED
C
C
	TPY=EDSPRM(1)
	TAL=EDSPRM(2)
	TBE=EDSPRM(3)
	TAU=EDSPRM(4)
	TSID=EDSPRM(5)
	TSIA=EDSPRM(6)
	ALPHA=EDSPRM(7)
	COSA=COS(ALPHA/57.296)
C
C
C	CALCULATE NECESSARY PARAMETERS
C
	WL=12.3981/E		!WAVELENGTH OF X-RAY OF ENERGY E
	IF(E.GT.1.486) GO TO 9
	AC=ABSCOF(6.,WL)	!CARBON
	AH=ABSCOF(1.,WL)	!HYDROGEN
	ABE=ABSCOF(4.,WL)	!BERYLLIUM
	AAL=ABSCOF(13.,WL)	!ALUMINIUM
	ASI=ABSCOF(14.,WL)	!SILICON
	AAU=ABSCOF(79.,WL)	!GOLD
	GO TO 10
C
C	MASS ABSORPTION COEFFICIENTS FROM THINH & LEROUX
C	FOR H,C,O,AL,BE,SI,AU GOOD FOR 1>E(KEV)>40.
C
9	CALL TLACOF(E,AH,AC,AAL,ABE,ASI,AAU)
10 	APY=0.0774*AH + 0.9226*AC !PARYLENE N = C8H8 OR 92%C 7%H BY WEIGHT
	AAPY=-APY*1.11*TPY/COSA			!DENSITY PARYLENE=1.11
	AAAL=-AAL*2.70*TAL/COSA			!DEN AL = 2.70
	AABE=-ABE*1.85*TBE/COSA			!DEN BE = 1.85
	AASI=-ASI*2.33*TSID/COSA			!DEN SI = 2.33
	AAAU=-AAU*19.3*TAU/COSA			!DEN AU = 19.3
	ASIA=-ASI*2.33*TSIA			!DEN SI = 2.33
	EFF=EXP(AAPY+AAAL+AABE+AASI+AAAU)*(1.-EXP(ASIA))
	RETURN
	END
C
C
C
C
C
      FUNCTION DEN(Z)
C
C	OUTPUTS DENSITY OF PURE ELEMENT
C
      DIMENSION AD(100)
      DATA AD /.071,.126,.53,1.85,2.34,2.26,.81,1.14,1.505,1.2
     1,.97,1.74,2.70,2.33,1.82,2.07,1.56,1.40,.86,1.55
     2,3.,4.51,6.1,7.19,7.43,7.86,8.9,8.9,8.96,7.14
     3,5.91,5.32,5.72,4.79,3.12,2.6,1.53,2.6,4.47,6.49
     4,8.41,10.2,11.5,12.2,12.4,12.,10.5,8.65,7.31,7.3
     5,6.62,6.24,4.94,3.06,1.9,3.5,6.17,6.67,6.77,7.
     6,999.,7.54,5.26,7.89,8.27,8.54,8.8,9.05,9.33,6.98
     7,9.84,13.1,16.6,19.3,21.,22.6,22.5,21.4,19.3,13.6
     8,11.85,11.4,9.8,9.2,999.,999.,999.,5.,999.,11.7
     9,15.4,19.07,19.5,999.,11.7,999.,999.,999.,999.,999./
      I=Z
      DEN=AD(I)
      RETURN
      END
C
C
C
C
C
C
C
C
C
	SUBROUTINE ELEDGE (IZ)
C--------------------------------------------------------------------------
C
C	THIS SUBROUTINE RETURNS THE ENERGIES OF ALL EDGES FOR
C	THE ELEMENT OF ATOMIC NUMBER IZ FOR USE BY MAIN PROGRAM NEDQNT.
C	THIS IS A MODIFIED VERSION OF ELEVEL ROUTINE WHICH ONLY RETURNS
C	A SPECIFIC EDGE ENERGY, THIS ROUTINE RETURNS ALL VALUES
C	IN A LABELED COMMON ARRAY /PARAM4/
C
C	DATA IS TAKEN FROM THE BINARY FILE ATMLVL.TBL WHICH CONTAINS
C	24 EDGES FOR EACH ELEMENT RECORDED AS ONE RECORD PER ELEMENT
C
C	DEFINITIONS:
C	IZ=ATOMIC NUMBER OF ELEMENT
C	LEDGE=EDGE DESIRED
C	     =1,2,3,4,...24
C	     =K,L1,L2,L3,...P3
C	VALUE=ENERGY LEVEL OF SELECTED EDGE IN EV
C
C
C-------------------------------------------------------------------------
C
C	8403050001-NJZ CREATION
C	8610250002-NJZ MODIFIED TO COMMON LABELED ARRAY /PARAM4/
C
C-------------------------------------------------------------------------
C	INTEGER		LINEID(24)
	COMMON /PARAM4/ PRGRM,ALINE(28),ELVL(28),RELINT(28)
C	DATA		LINEID/'K ','L1','L2','L3','M1','M2','M3','M4',
C	1                      'M5','N1','N2','N3','N4','N5','N6','N7',
C	2                      'O1','O2','O3','O4','O5','P1','P2','P3'/
C
C	OPEN edge data file or give error if not on disk
C
	OPEN(UNIT=21,NAME='DAT:ATMLVL.TBL',ACCESS='DIRECT',
	1    FORM='UNFORMATTED',TYPE='OLD',RECORDSIZE=24)
C
C	READ IN VALUES OF EDGES
C
	READ(21'IZ) (ELVL(I),I=1,24)		!Input all edge values
C
C	DIVIDE BY 1000 FOR CONVERSION TO KEV
C
	DO 10 I=1,24
10	ELVL(I)=ELVL(I)/1000.
	CLOSE (UNIT=21)
	RETURN
	END
C
C
C
C
	SUBROUTINE ELEVEL (IZ,LEDGE,VALUE)
C--------------------------------------------------------------------------
C
C	THIS SUBROUTINE RETURNS THE ENERGY OF THE SELECTED EDGE FOR
C	THE ELEMENT OF ATOMIC NUMBER IZ
C
C	DATA IS TAKEN FROM THE BINARY FILE ATMLVL.TBL WHICH CONTAINS
C	24 EDGES FOR EACH ELEMENT RECORDED AS ONE RECORD PER ELEMENT
C
C	DEFINITIONS:
C	IZ=ATOMIC NUMBER OF ELEMENT
C	LEDGE=EDGE DESIRED
C	     =1,2,3,4,...24
C	     =K,L1,L2,L3,...P3
C	VALUE=ENERGY LEVEL OF SELECTED LINE IN KEV
C-------------------------------------------------------------------------
C
C				8403050001-NJZ
C
C-------------------------------------------------------------------------
	INTEGER		LINEID(24)
	DIMENSION	ELVL(24)
	DATA		LINEID/'K ','L1','L2','L3','M1','M2','M3','M4',
	1                      'M5','N1','N2','N3','N4','N5','N6','N7',
	2                      'O1','O2','O3','O4','O5','P1','P2','P3'/
C
C	OPEN edge data file or give error if not on disk
C
	OPEN(UNIT=21,NAME='DAT:ATMLVL.TBL',ACCESS='DIRECT',
	1    FORM='UNFORMATTED',TYPE='OLD',RECORDSIZE=24)
C
C	READ IN VALUES OF EDGES
C
	READ(21'IZ) (ELVL(I),I=1,24)		!Input all edge values
C
C	DIVIDE BY 1000 FOR CONVERSION TO KEV
C
	VALUE=ELVL(LEDGE)/1000.
	CLOSE (UNIT=21)
	RETURN
	END
C
C
C
C
C
C
C
C
C
      FUNCTION EXPON(Z,N) 
C
C	CALLED BY ABSCO ADAPTED FROM MAGIC IV
C
      GO TO(1,2,2,2,4,4,4,4,5,6),N
    1 EXPON=2.9308262+Z*(-.020468343+Z*(.0010586311+Z*(-3.7419260E-05+
     1Z*(7.2044980E-07-5.7357248E-09*Z))))
      GO TO 3 
    2 EXPON=2.7376804+Z*(-.0020643454+Z*(1.4651705E-04+ 
     1Z*(-3.5898183E-06+Z*(2.8732263E-08-8.1864238E-11*Z))))
    3 EXPON=FLOAT(IFIX(100.*EXPON+.5))/100. 
      RETURN
    4 EXPON=2.60
      RETURN
    5 EXPON=2.33
      RETURN
    6 EXPON=2.22
      RETURN
      END 
C
C
C
C
C
	FUNCTION FYIELD(IZ,L)
C
C   	CALCULATION OF X-RAY FLUORESCENCE YIELDS
C	Z= ATOMIC NUMBER L= SHELL 1=K 2=L 3=M
C
C	EXPERIMENTAL VALUES USED WHEN FIT DOESNOT YIELD
C	GOOD RESULTS RELATIVE TO EXPERIMENTAL DATA
C
	Z=IZ
	A=0.015 + 0.0327*Z -0.64E-06*Z**3 !CALCULATED K SHELL F YIELD
	A=A**4				  ! SEE REFERENCE BELOW
	WK=A/(1+A)
	IF(L.EQ.2)      WK=YIELD(Z,2)	!OLD LSHELL USE LYIELD INSTEAD
	IF(L.EQ.3)	WK=YIELD(Z,3)	!MSHELL YIELDS
	IF(Z.EQ.3)	WK=1.06E-4	!XRAY VALUE
	IF(Z.EQ.4)	WK=3.04E-4	!XRAY VLAUE
	IF(Z.EQ.5)	WK=6.4E-4	!AVERAGE VALUE FROM XRAY
	IF(Z.EQ.6) 	WK=0.00269	!EXP. DATA. FREUND X-RAY SPECT. VOL4
	IF(Z.EQ.7)	WK=0.00473	!1975 PAGE 90-91 
	IF(Z.EQ.8)	WK=0.00645	!OR BAMBYNEK ETAL REV. MOD. PHYS.
	IF(Z.EQ.9)	WK=0.0067	!VOL.44.,NO.4, 1972 716-813 AV. XRAY
	IF(Z.EQ.10)	WK=1.55E-2
	IF(Z.EQ.12)	WK=0.02475	!AVERAGE X-RAY
	IF(Z.EQ.13)	WK=0.0380
	IF(Z.EQ.14)	WK=0.043
	IF(Z.EQ.15)	WK=0.058	!AVERAGE X-RAY
	IF(Z.EQ.16)	WK=0.0795
	IF(Z.EQ.17)	WK=0.1
	IF(Z.EQ.18)	WK=0.1225
	IF(Z.EQ.22)	WK=.209
	IF(Z.EQ.23)	WK=.256
	IF(Z.EQ.24)	WK=.273
	IF(Z.EQ.25)	WK=.319
	IF(Z.EQ.26)	WK=.350
	IF(Z.EQ.27)	WK=.391
	IF(Z.EQ.28)	WK=.432
	IF(Z.EQ.29)	WK=.472
	IF(Z.EQ.30)	WK=.499
	IF(Z.EQ.32)	WK=.583
	IF(Z.EQ.47)	WK=.834
	FYIELD=WK
	RETURN
	END
C
C
C
C
C
C
C
C
C
C
	SUBROUTINE KCROSS(EO,EC,IZ,VALUE)
C--------------------------------------------------------------------------
C
C	SUBROUTINE TO CALCULATE THE KSHELL IONIZATION CROSS-SECTION
C	BASED ON THE BETHE EQUATION AND ZALUZEC PARAMETERIZATION
C	OF THE BETHE CONSTANTS 
C
C	Q=AK*NZ*BK*{ln(CK*E/Ec)-ln(1-b2)-b2}/E*Ec
C
C	DEFINITIONS
C            EO = ACCELERATING VOLTAGE IN KV
C            EC = CRITICAL EXCITATION ENERGY FOR SUBSHELL OF INTEREST (KEV)
C            IZ = ATOMIC NUMBER OF ELEMENT
C	     E  = 1/2 moc**2*b2   
C            b2 = (v/c)**2=beta squared
C	     NZ = NO. OF ELECTRONS IN THE EXCITED SHELL K=2,L=8,M=18
C	     AK = PI*e**4=6.5144 E-20 (KEV-CM)**2
C		= 6.5144 E +04 BARNS-KEV**2
C            BK,CK= BETHE PARAMETERS
C            VALUE=CALCULATED CROSSECTION IN CM**2
C
C-------------------------------------------------------------------------
C				8403050001-NJZ
C--------------------------------------------------------------------------
C
C
C
C	CALCULATE BETASQ FROM ACCELERATING VOLTAGE
C
	AK=6.5144E-20				!PI*e**4
	NK=2					!No. OF ELECTRONS IN K SHELL
	BETASQ=1.-(1./(1.+EO/510.976))**2	!BETA SQUARED (V/C)**2
	E=255.488*BETASQ			!1/2 MV**2
C
C	CHECK TO SEE IF EO IS GREATER THAN EC
C
	VALUE=0.
	IF(EO.LT.EC) RETURN
C
C	EO>EC TRY TO CALCULATE CROSS-SECTION IF ATOMIC NUMBER IS 3<Z<92
C
C	IF((IZ.LT.3).OR.(IZ.GT.79)) RETURN
	IF(IZ.LT.3) RETURN
C
C	ATOMIC NUMBER IS WITHIN LIMITS
C
C
C	CALCULATE CONSTANTS BASED ON POLYNOMINAL FITS TO
C	EXPERIMENTAL RELATIVISTIC DATA
C
	Z=IZ
	BK=0.988-1.883E-2*Z+3.066E-4*Z**2-2.154E-6*Z**3
	CK=0.2821 +0.077*Z-3.807E-3*Z**2+8.262E-5*Z**3
     C-4.748E-7*Z**4
C
C	SUBSTITUTE INTO BETHE EQUATION
C
	VALUE=AK*NK*BK*(ALOG(CK*E/EC)+(-ALOG(1-BETASQ)-BETASQ))/(E*EC)
D	WRITE(7,1) NK,AK,BK,CK,EO,E,BETASQ,EC,VALUE
D1	FORMAT(1X,I2,9(1X,1PE10.3))
	RETURN
	END
C
C
C
C
C
	SUBROUTINE LCROSS (EO,EC,IZ,LSUB,VALUE)
C--------------------------------------------------------------------------
C	SUBROUTINE TO CALUCULATE L SHELL CROSSECTIONS FOR A GIVEN
C	INCIDENT ACCELERATING VOLTAGE , AND ATOMIC NUMBER
C	USING THE L-SHELL PARAMETERIZATION OF THE BETHE CONSTANTS
C	DETERMINED FROM SCOFIELD'S CALCULATIONS BY ZALUZEC 1984
C
C	Q=AK*NZ*BL*{ln(CL*E/Ec)-ln(1-b2)-b2}/E*Ec
C
C	DEFINITIONS
C            EO = ACCELERATING VOLTAGE IN KV
C            EC = CRITICAL EXCITATION ENERGY FOR SUBSHELL OF INTEREST (KEV)
C            IZ = ATOMIC NUMBER OF ELEMENT
C            LSUB= SUBSHELL OF INTEREST 1,2,3=L1,L2,L3 RESPECTIVELY
C	     E  = 1/2 moc**2*b2   
C            b2 = (v/c)**2=beta squared
C	     NZ = NO. OF ELECTRONS IN THE EXCITED SHELL K=2,L=8,M=18
C	     AK = PI*e**4=6.5144 E-20 (KEV-CM)**2
C		= 6.5144 E +04 BARNS-KEV**2
C            BL,CL= BETHE PARAMETERS
C            VALUE=CALCULATED CROSSECTION IN CM**2
C
C--------------------------------------------------------------------------
C				8403050001-NJZ
C--------------------------------------------------------------------------
C
C
C	CALCULATE BETASQ FROM ACCELERATING VOLTAGE
C
	AK=6.5144 E-20				!PI*e**4
	NL=8					!No. OF ELECTRONS IN L SHELL
	BETASQ=1.-(1./(1.+EO/510.976))**2	!BETA SQUARED (V/C)**2
	E=255.488*BETASQ			!1/2 MV**2
C
C	CHECK TO SEE IF EO IS GREATER THAN EC
C
	VALUE=0.
	IF(EO.LT.EC) RETURN
	IF(EC.LE.0) RETURN
C
C	EO>EC TRY TO CALCULATE CROSS-SECTION IF ATOMIC NUMBER IS 28<Z<92
C
	IF((IZ.LT.28).OR.(IZ.GT.92)) RETURN
C
C	ATOMIC NUMBER IS WITHIN LIMITS
C
C
C	CALCULATE CONSTANTS BASED ON POLYNOMINAL FITS TO
C	SCOFIELDS RELATIVISTIC CALCULATIONS
C
C	L1 SUBSHELL
C
	Z=IZ
	IF(LSUB.EQ.1) BL=0.05217 + 0.0037*Z -1.354E-4*Z**2 + 2.255E-6*Z**3
     C	      - 1.742E-8*Z**4 + 5.072E-11*Z**5
	IF(LSUB.EQ.1) CL=15.9 - 0.1053*Z - 1.421E-3*Z**2 + 1.23E-5*Z**3
C
C	L2 SUBSHELL
C
	IF(LSUB.EQ.2) BL=0.2776 - 6.609E-3*Z + 8.711E-5*Z**2 - 3.599E-7*Z**3
	IF(LSUB.EQ.2) CL=-11.16 + 0.8708*Z - 1.362E-2*Z**2 + 6.261E-5*Z**3
C
C	L3 SUBSHELL
C
	IF(LSUB.EQ.3) BL=0.3962 - 9.284E-4*Z - 1.555E-4*Z**2 + 2.913E-6*Z**3
     C             - 1.445E-8*Z**4
	IF(LSUB.EQ.3) CL=5.167 - 0.4527*Z + 0.02366*Z**2 - 3.586E-4*Z**3
     C             + 1.6700E-6*Z**4
C
C	SUBSTITUTE INTO BETHE EQUATION
C
	VALUE=AK*NL*BL*(ALOG(CL*E/EC)+(-ALOG(1-BETASQ)-BETASQ))/(E*EC)
	RETURN
	END
C
C
C
C
	SUBROUTINE LYIELD (IZ,LSHELL,VALUE)
C---------------------------------------------------------------------------
C
C	THIS SUBROUTINE RETURNS THE LSHELL (L1,L2,L3 =1,2,3) FLUORESCENCE
C	YIELD FOR ATOMIC NUMBER IZ
C	DATA TAKEN FROM TABULATIONS OF 
C	KRAUSE J. PHYS. CHEM. REF. DATA. VOL. 8, NO2. 1979, PAGE 307
C
C	ONLY DATA FOR 18<Z<94 IS INCLUDED HEREIN
C----------------------------------------------------------------------------
C
C				8403040001-NJZ
C				8403060002-NJZ add atomic numbers 18-27
C
C----------------------------------------------------------------------------
	DIMENSION W1(75),W2(75),W3(75)
	INTEGER W1,W2,W3
C
C	W1 MUST BE DIVIDED BY 10,000
C	EXCEPT WHEN Z<30 DIVIDE BY 100,000
C
	DATA W1/18,24,31,39,47,58,71,84,100,120,140,160,
     C18,21,24,28,32,36,41,46,51,59,68,94,100,110,
     C120,130,140,160,180,200,370,390,410,440,460,490,520,550,580,610,
     C640,660,710,750,790,830,890,940,1000,1060,1120,1200,1280,1370,
     C1470,1440,1300,1200,1140,1070,1070,1070,1120,1170,1220,1280,
     C1340,1390,1460,1530,1610,1620,1760/
C
C	W2 MUST BE DIVIDED BY 1000
C	EXCEPT WHEN Z<30 DIVIDE BY 100,000
C
	DATA W2/22,27,33,84,150,260,370,500,630,770,860,1000,
     C11,12,13,14,16,18,20,22,24,26,28,31,34,37,40,43,47,51,56,
     C61,65,69,74,79,83,90,96,103,110,117,124,132,140,149,158,167,178,189,
     C200,211,222,234,246,258,270,283,295,308,321,334,347,360,373,387,401,
     C415,429,443,456,468,479,472,467/
C
C	W3 MUST BE DIVIDED BY 1000
C	EXCEPT WHEN Z<30 DIVIDE BY 100,000
C
	DATA W3/22,27,33,84,150,260,370,500,630,770,930,1100,
     C12,13,15,16,18,20,22,24,26,28,31,34,37,40,43,46,49,52,
     C56,60,64,69,74,79,85,91,97,104,111,118,125,132,139,147,155,164,174,
     C182,192,201,210,220,231,243,255,268,281,294,306,320,333,347,360,
     C373,386,399,411,424,437,450,463,476,489/
C
C	CHECK FOR ATOMIC NUMBER IN RANGE
C
	VALUE=0.
	IF((IZ.LT.18).OR.(IZ.GT.92)) RETURN
C
C	LOOK UP VALUE
C
	DIVL1=10000.
	DIVL2=1000.
	DIVL3=1000.
	IF(IZ.LT.30) DIVL1=100000.
	IF(IZ.LT.30) DIVL2=100000.
	IF(IZ.LT.30) DIVL3=100000.
	IF(LSHELL.EQ.1) VALUE=W1(IZ-17)/DIVL1
	IF(LSHELL.EQ.2) VALUE=W2(IZ-17)/DIVL2
	IF(LSHELL.EQ.3) VALUE=W3(IZ-17)/DIVL3
	RETURN
	END
C
C
C
C
C
	SUBROUTINE NKI(IZ,LEDGE,VALUE)
C-------------------------------------------------------------------------
C	THIS SUBROUTINE RETURNS THE VALUE OF NKI THE AVERAGE NUMBER
C	OF VACANCIES PRODUCED IN THE ITH (1,2,OR 3) SUBSHELL OF THE
C	L-SHELL  FOR USE IN THE CALCULATION OF L SHELL CROSS-SECTIONS
C
C	DEFINITIONS:
C	------------
C	IZ=ATOMIC NUMBER OF ELEMENT
C	LEDGE= SHELL OF INTEREST L1,L2,L3 = 1,2,3 RESPECTIVELY
C	VALUE= VALUE RETURNED ( MAY BE INTERPOLATED IF NOT IN TABLE)
C	     = 0 IF Z< 20 OR > 94
C
C	VALUES ARE TAKEN FROM BAMBNEK ETAL REV. MOD. PHYS. VOL.44 NO. 4
C	(1972) PAGE 716 TABLE IV.VI
C
C	ORIGINAL DATA TABULATED FOR Z=20,94 IN STEP OF Z=2
C	DATA NOT IN TABLES IS OBTAINED BY A LINEAR INTERPOLATION
C	BETWEEN ADJACENT ATOMIC NUMBERS
C--------------------------------------------------------------------------
C   				8403040001-NJZ
C--------------------------------------------------------------------------
C

	DIMENSION NK1(38),NK2(38),NK3(38)
C
C	NOTE NKI is the sum of the radiative + non-radiative transitions
C
	DATA NK1/2530,2350,2200,2050,1880,1720,1560,1400,1290,1330,1000,
     C0900,0808,0727,0659,0592,0540,0489,0444,0407,0373,
     C0342,0320,0297,0277,0257,0240,0230,0212,0206,0193,
     C0185,0177,0168,0160,0150,0147,0150/
	DATA NK2/8380,7370,6610,6010,5460,5000,4610,4290,4050,3800,3640,
     C3470,3350,3253,3183,3120,3072,3042,3015,2998,2975,
     C2967,2959,2951,2948,2945,2946,2943,2945,2946,2953,
     C2954,2975,2976,2977,2988,2994,3005/
	DATA NK3/6300,6430,6540,6600,6600,6560,6480,6360,6270,6160,6050,
     C5960,5860,5760,5700,5630,5554,5480,5423,5361,5309,
     C5266,5217,5181,5133,5104,5063,5030,5001,4975,4943,
     C4918,4893,4868,4844,4810,4792,4769/
C
C	CHECK ATOMIC NUMBER TO SEE IF IT IS IN TABLE
C	IF IT ISN'T SET VALUE=0. AND RETURN
C
	VALUE=0.
	IF((IZ.LT.20).OR.(IZ.GT.94)) RETURN
C
C	CHECK IF IZ IS EVEN OR ODD
C
	IFLAG=0
	EVEN=IZ/2
	NEVEN=EVEN-9
	ODD=IZ/2 + AMOD(FLOAT(IZ),2.)
	NODD=ODD-9
	IF(ODD.EQ.EVEN) IFLAG=1	
C
C	IF IFLAG=1 THEN WE HAVE AN EVEN IZ & VALUE IS TABLULATED
C	IF IFLAG=0 THEN WE MUST INTERPOLATE
C
	IF(IFLAG.EQ.0) GO TO 10
	IF(LEDGE.EQ.1) VALUE=NK1(NEVEN)/10000.
	IF(LEDGE.EQ.2) VALUE=NK2(NEVEN)/10000.
	IF(LEDGE.EQ.3) VALUE=NK3(NEVEN)/10000.
	RETURN
C
C	IZ WAS ODD MUST INTERPOLATE
C
10	IF(LEDGE.EQ.1) VALUE=(NK1(NEVEN)+(NK1(NEVEN+1)-NK1(NEVEN))/2.)/10000.
	IF(LEDGE.EQ.2) VALUE=(NK2(NEVEN)+(NK2(NEVEN+1)-NK2(NEVEN))/2.)/10000.
	IF(LEDGE.EQ.3) VALUE=(NK3(NEVEN)+(NK3(NEVEN+1)-NK3(NEVEN))/2.)/10000.
	RETURN
	END
C
C
C
C
C
      SUBROUTINE NRM100(N)
C
C
C      SUBROUTINE TO NORMALIZE WT% COMPOSITIONS TO 100% FOR
C      N ELEMENTS 
C
      COMMON ELM(20),ELN(20),EINT(20),EZ(20),EWT(20),ENE(20),
     CEDG(20),W(20),FA(20),U0(20),Q(20),C(20),CA(20),ALNID(6),AINT(20)
     C,SC(20),DEL(20),AC(20),ACP(20),FZ(20),SINV(20),WJ(20),FCORR(20)
     C,AVOG,YY,YN,CI,CW,RHOAV,XP
      SUM=0.
      DO 1 I=1,N
  1   SUM=SUM+C(I)
      DO 2 I=1,N
 2    C(I)=C(I)/SUM
      RETURN
      END
C
C
C
C
	FUNCTION PARTITION(IZ,L)
C
C	Z=ATOMIC NUMBER
C	L=LINE 1=K 2=L 3=M
C
C
C     CALCULATION OF A/A+B RATIOS
C
C
	Z=IZ
	IF((11.LE.IZ).AND.(IZ.LE.19)) AK=1.052 - 4.39E-04*Z**2
	IF((20.LE.IZ).AND.(IZ.LE.29)) AK=.8960 - 6.575E-04*Z
	IF((30.LE.IZ).AND.(IZ.LE.60)) 
     CAK=1.0366 - 6.82E-03*Z + 4.815E-05*Z**2
	IF(L.EQ.1) GO TO 7
	IF((27.LE.IZ).AND.(IZ.LE.50)) AK=1.617 - 0.0398*Z + 3.766E-04*Z**2
	IF((51.LE.IZ).AND.(IZ.LE.92))
     CAK=.609-1.619E-3*Z-.03248*SIN(.161*(IZ-51))
	IF(L.EQ.2) GO TO 7
	AK=0.65
7	PARTITION=AK
	RETURN
	END
C
C
C
C
C
	SUBROUTINE RBFRCT(IZ,LTRAN,VALUE)
C----------------------------------------------------------------------
C
C	THIS SUBROUTINE RETURNS THE RADIATIVE BRANCHING FRACTION
C	OF THE L ALPHA GROUP FROM THE TOTAL L3 SHELL EMISSION
C	THE ALPHA GROUP CONSISTS OF THE ALPHA 1 & 2 TRANSITIONS
C	DERIVED FROM THE M5-L3 AND M4-L3 DECAYS
C	THE PRESENT VERSION DOENOT COMPUT THE BETA FRACTIONS
C	WHICH ARISE FROM ALL THE L3,L2,AND L1 SHELLS!
C	AS SUCH THE PARAMETER LTRANS AT PRESENT IS NOT REALLY USED
C	BUT IS INCLUDED HERE FOR FUTURE USE
C
C	THE NOTATION WHICH MAY BE APPROPRIATE FOR LTRANS WOULD BE
C	345= L3 FROM M45= La
C	31 = L3 FROM M1 = Ll
C	30 = L3 FROM ALL OTHERS N1,N4,N5, N6,N7,OA,,O45= Lb
C	234= L2 FROM M2,M3=Lb
C	20 = L2 FROM ALL OTHERS N1,N3,N4,N6,O1,O4 = Lg
C	134= L1 FROM M2M3M4M5 = Lb
C	10 = L1 FROM ALL OTHERS = Lg
C
C	AT PRESENT THIS ROUTINE RETURNS 345/(345 +31 +30)
C	I.E. THE La FRACTION OF THE L3 SHELL EMISSION!!!
C	WHEN LTRAN =3
C
C	THIS TABULATION IS FROM THE CALUCULATION OF
C	SCOFIELD IN ATOMIC AND NUCLEAR DATA TABLES VOL 14,NO.2 (1974) P121
C
C	ONLY DATA FOR 18<Z<94 IS INCLUDED HEREIN
C
C------------------------------------------------------------------------
	DIMENSION F3A(75)
	INTEGER F3A
	DATA F3A/0,0,0,5035,6940,7884,8587,8750,8980,9142,
     C9248,9395,9429,9459,9485,9512,9527,9539,9546,9556,
     C9555,9511,9450,9351,9266,9180,9087,8992,8884,8801,8719,8652,
     C8582,8527,8472,8421,8370,8326,8278,8227,8243,8220,8226,8226,
     C8200,8205,8176,8172,8165,8156,8159,8148,8146,8127,8101,8070,
     C8037,8015,7977,7941,7909,7872,7836,7806,7773,7742,7712,7685,
     C7652,7622,7595,7562,7535,7513,7491/
C
C	CHECK ATOMIC NUMBER FOR VALID RANGE
C
	VALUE=0.
	IF((IZ.LT.18).OR.(IZ.GT.92)) RETURN
C
C	RETURN VALUE FROM TABLE
C
	IF(LTRAN.EQ.3) VALUE=F3A(IZ-17)/10000.
	RETURN
	END
C
C
C
C
C
      SUBROUTINE TABOUT(N)
C
C       SUBROUTINE TO TABULATE VARIOUS CALCULATED PARAMETERS 
C       IF REQUESTED
C
C
C
C      			COMMON BLOCKS FOR NELS
C
C
C	COMMON AX(1020),AY(1030),BX(1020),BY(1030),CCY(1030),DDY(1030)
C	COMMON /PARAM0/ NMODE,IRPLT,XM,YM,YLAST,FLAG,NNPT,NPT
C        COMMON /PARAM1/ OFFSET,EVCH,A,R,YY,YN,EX(100),COE(7)
C        COMMON /PARAM2/ IBFLG,IZERO,IBGND,IROI,NEL,FWHMMN,FWCNST
C        COMMON /PARAM3/ SYM(20),AEDID(10),GAMP(10),GEN(10),GFWHM(10),
C	1GINTEG(10),BGD(10),EDSPRM(20)
	COMMON /PARAM4/ PRGRM,ALINE(28),ELVL(28),RELINT(28)
C	COMMON /CRTLST/ XMIN,DX,YMIN,DY,OFFX,OFFY,XL,YL,XZ,YZ
C	COMMON /LABEL/ ILX(7),ILY(7),DUM(10)
C	COMMON /TERMIN/ ITERM,IBAUD,IPLOT,ICOLOR,IMODE,IHARD,ILP(3)
C	COMMON /NAME/ INAMEB(8),INAMEC(8),INAMED(8),EO,CONV,DIV,TIME,BC
C
C
C
C
      COMMON ELM(20),ELN(20),EINT(20),EZ(20),EWT(20),ENE(20),
     CEDG(20),W(20),FA(20),UO(20),Q(20),C(20),CA(20),ALNID(6),AINT(20)
     C,SC(20),DEL(20),AC(20),ACP(20),FZ(20),SINV(20),WJ(20),FCORR(20)
     C,AVOG,YY,YN,CI,CW,RHOAV,XP
C
C      TABULATE X-RAY GENERATION PARAMETER &/OR MASS ABSORPTION
C      COEFFICIENTS FOR ALL ELEMENTS
C
C
C
      WRITE(7,951)
 951   FORMAT(' Tabulate Element Parameters? [Y] :')
      READ(5,21) ANS
 21   FORMAT(1A2)
      IF(ANS.EQ.YN) GO TO 952
      DO 953 I=1,N
      CALL DEFF(ENE(I),EFF)
      WRITE(8,954) ELM(I),ELN(I),EZ(I),EWT(I),ENE(I),EDG(I),UO(I),Q(I),
     CW(I),FA(I),EFF
      WRITE(7,954) ELM(I),ELN(I),EZ(I),EWT(I),ENE(I),EDG(I),UO(I),Q(I),
     CW(I),FA(I),EFF
 954  FORMAT(///,' X-ray Generation Parameters for ',2(1A2,1X),/,
     C38('_'),/,
     C5X,' Atomic Number        = ',1F8.2,/,
     C5X,' Atomic Weight        = ',1F8.2,' [g/M]',/,
     C5X,' X-ray Line Energy    = ',1F8.2,' [keV]',/,
     C5X,' X-ray Edge Energy    = ',1F8.2,' [keV]',/,
     C5X,' Overvoltage          = ',1F8.3,/,
     C5X,' Cross-section        = ',1F8.2,' [Barns]',/,
     C5X,' Fluorescence Yield   = ',1F8.3,/,
     C5X,' Partition Function   = ',1F8.3,/,
     C5X,' Detector Efficiency  = ',1F8.3,/)
 953   CONTINUE
 952   WRITE(7,95)
 95   FORMAT(' Tabulate Mass Abs. Coeff. [Y] : ')
      READ(5,21) ANS
      IF(ANS.EQ.YN) GO TO 9990
      WRITE(8,94)
	WRITE(7,94)
 94   FORMAT(//,1X,'Calculated Mass Absorption Coefficients',/
     C,1X,39('_'),/)
      DO 126 J=1,N
      DO 125 I=1,N
      WL=12.3985/ENE(J)
      ACP(I)=ABSCO(EZ(I),WL)
      WRITE(8,97) ELM(J),ELN(J),ELM(I),ACP(I)
      WRITE(7,97) ELM(J),ELN(J),ELM(I),ACP(I)
 125  CONTINUE
      IF(RHOAV.GT.0) WRITE(8,96) ELM(J),ELN(J),AC(J)
      IF(RHOAV.GT.0) WRITE(7,96) ELM(J),ELN(J),AC(J)
 126  CONTINUE
 97   FORMAT(11X,2(1A2,1X),' in ',1A2,1X,' = ',1F9.2)
 96   FORMAT(6X,2(1A2,1X),' in Compound = ',1F9.2,//)

 9990  CONTINUE
      WRITE(7,9991)
 9991 FORMAT(' Tabulate Detector/Microscope Parameters  [Y] : ')
      READ(5,21) ANS
      IF(ANS.EQ.YN) RETURN
	CALL XEDPRM(1,8)
	CALL XEDPRM(1,7)
      RETURN
       END
C
C
C
C
C
C
C
C
C
	SUBROUTINE TLACOF(E,AH,AC,AAL,ABE,ASI,AAU)
C
C	MASS ABSORPTION COEFFICIENTS FROM THINH & LERoUX
C	FOR H,C,O,AL,BE,SI,AU GOOD FOR 1>E(KEV)>40.
C	E = X-RAY ENERGY IN KEV
C	AH = ABSORPTION COEFFICIENT FOR HYDROGEN
C	AC =   "  CARBON
C	AAL=   " ALUMINIUM
C	ABE=   " BERYLLIUM
C	ASI=   " SILICON
C	AAU=   " GOLD
C
	WL=12.391/E					!WAVELENGTH
	CAU=19.4943					!GOLD
	AAU=CAU*0.7588*WL**2.393
	EN=E					!EN IN KEV
	IF(EN.GT.2.2057) AAU=CAU*2.2057*WL**2.2
	IF(EN.GT.2.2911) AAU=CAU*2.2911*WL**2.4
	IF(EN.GT.2.743) AAU=CAU*2.743*WL**2.4471
	IF(EN.GT.3.1478) AAU=CAU*3.1478*WL**2.4471
	IF(EN.GT.3.4249) AAU=CAU*3.4249*WL**2.575
	IF(EN.GT.11.9187)AAU=CAU*11.9187*WL**2.3554
	IF(EN.GT.13.7336)AAU=CAU*13.7336*WL**2.61439
	IF(EN.GT.14.3528)AAU=CAU*14.3528*WL**2.650
	CSI=9.1309					!SILICON
	IF(EN.GT.0.1487) ASI=CSI*0.1487*WL**2.79
	IF(EN.GT.1.8389) ASI=19.57*WL**2.7345
	IF(EN.GT.5.9) ASI=CSI*1.8389*WL**2.94
	ABE=2.4604*0.111*WL**3.03			!BERYLLIUM
	AC=2.19*WL**2.7345				!CARBON
	IF(EN.GT.1.75) AC=3.8531*0.2838*WL**3.094
	AAL=8.5946*0.1177*WL**2.805			!ALUMINIUM
	IF(EN.GT.1.5596) AAL=16.16*WL**2.7345
	IF(EN.GT.6.2) AAL=8.5946*1.5596*WL**2.953
C
C	WE DONT NEED OXYGEN
C
C	AO2=4.61*WL**2.7345				!OXYGEN
C	IF(EN.GT.3.)AO2=5.3268*0.532*WL**3.041
C
C
	IF(EN.GT.1.)AH=3.0353*WL**0.01460		!HYDROGEN
	IF(EN.GT.2.)AH=3.5000*WL**0.05890
	IF(EN.GT.3.5)AH=3.5000*WL**0.07434
	IF(EN.GT.4.) AH=2.9370*WL**0.27795
	IF(EN.GT.6.) AH=0.6270*WL**0.43231
	IF(EN.GT.9.2)AH=0.0890*WL**0.44767
	RETURN
	END
C
C
C
C
	SUBROUTINE TNEDQ
C
C	SUBROUTINE TO WRITE TITLES & START UP NEDQNT PROGRAM
C
C
C      			COMMON BLOCKS FOR NELS/NEDS
C
C
C	COMMON AX(1020),AY(1030),BX(1020),BY(1030),CCY(1030),DDY(1030)
C	COMMON /PARAM0/ NMODE,IRPLT,XM,YM,YLAST,FLAG,NNPT,NPT
C        COMMON /PARAM1/ OFFSET,EVCH,A,R,YY,YN,EX(100),COE(7)
C        COMMON /PARAM2/ IBFLG,IZERO,IBGND,IROI,NEL,FWHMMN,FWCNST
C        COMMON /PARAM3/ SYM(20),AEDID(10),GAMP(10),GEN(10),GFWHM(10),
C	1GINTEG(10),BGD(10),EDSPRM(20)
	COMMON /PARAM4/ PRGRM,ALINE(28),ELVL(28),RELINT(28)
C	COMMON /CRTLST/ XMIN,DX,YMIN,DY,OFFX,OFFY,XL,YL,XZ,YZ
C	COMMON /LABEL/ ILX(7),ILY(7),DUM(10)
C	COMMON /TERMIN/ ITERM,IBAUD,IPLOT,ICOLOR,IMODE,IHARD,ILP(3)
C	COMMON /NAME/ INAMEB(8),INAMEC(8),INAMED(8),EO,CONV,DIV,TIME,BC
	COMMON /SYSPAR/ EDSPRM(20)
C
C
C
C
	DIMENSION INAME(36)
	BYTE DAY(9),TIM(8)
	COMMON ELM(20),ELN(20),EINT(20),EZ(20),EWT(20),ENE(20),
     CEDG(20),W(20),FA(20),U0(20),Q(20),C(20),CA(20),ALNID(6),AINT(20)
     C,SC(20),DEL(20),AC(20),ACP(20),SSC(20),SINV(20),WJ(20),FCORR(20)
     C,AVOG,YY,YN,CI,CW,RHOAV,XP,EO,CFLAG
C
C
C	DEFINE SYSTEM PARAMETERS
C
C
C	CONSTANTS
C
C
      DATA AVOG/6.023E23/
      DATA YY,YN,CI,CW/'Y','N','I','W'/
      DATA ALNID/'KA','KB','K ','LA','LB','L '/
C
C
C	READ EDSPRM.DAT FILE
C
      CALL XEDPRM(0,8)
C
C
	WRITE (7,1)
1	FORMAT(//////,
     C18X,'******************************',/,
     C18X,'*          NEDQNT            *',/,
     C18X,'* EDS DATA ANALYSIS PROGRAM  *',/,
     C18X,'*       8706100020-NJZ       *',/,
     C18X,'******************************',//)
C
C
C
C	DEFINE AN OUTPUT FILE FOR RESULTS OR
C	GIVE OPERATOR OPTION FOR OUTPUT NL:,TT:,LP:,DEV:NAME.EXT
C
C
C	WRITE(7,2)
C2	FORMAT(//,' Enter Hardcopy Output Device 
C     C(NL:,LP:,DEV:NAME.EXT):',/)
C
C	THIS VERSION ASSIGNS AN OUTPUT FILE BELOW
C	IF YOU WISH TO DEFINE THE OUTPUT DEVICE CHANGE THE NEXT
C	LINE AND REMOVE THE COMMENT STATEMENTS BEFORE THE PRECEEDING
C	WRITE STATEMENTS
C
C
	CALL ASSIGN(8,'NEDQNT.OUTPUT',-6)
C
C	LETS TELL THE USER THE DATE AND TIME
C
	WRITE(8,1)
998	CALL DATE (DAY)
	CALL TIME (TIM)
	WRITE(7,10) DAY,TIM
	WRITE(8,10) DAY,TIM
10	FORMAT(' Data Analysis on: ',9A1,' at ',8A1,/)
C
C
C	LIST THE DETECTOR/MICROSCOPE PARAMETERES
C
	CALL XEDPRM(1,7)

C
C	READ & WRITE ID
C
      WRITE(7,30)
 30   FORMAT(' Enter Analysis/Specimen Identification :')
      READ(5,31) INAME
 31   FORMAT(36A2)
      WRITE(8,32) INAME
 32  	FORMAT(' Identification  : ',36A2,/)
	RETURN
	END
C
C
C
C
      SUBROUTINE WTTOAT(N)
C
C
C      THIS SUBROUTINE CONVERTS WT% TO AT% 
C
C
      COMMON ELM(20),ELN(20),EINT(20),EZ(20),EWT(20),ENE(20),
     CEDG(20),W(20),FA(20),U0(20),Q(20),C(20),CA(20),ALNID(6),AINT(20)
     C,SC(20),DEL(20),AC(20),ACP(20),FZ(20),SINV(20),WJ(20),FCORR(20)
     C,AVOG,YY,YN,CI,CW,RHOAV,XP
      SUM=0.
      DO 1 I=1,N
      CA(I)=C(I)/EWT(I)
 1    SUM=SUM+CA(I)
      DO 2 I=1,N
 2    CA(I)=CA(I)/SUM
      RETURN
      END
C
C
C
C
      SUBROUTINE XEDPRM (IPRINT,IO)
C
C
C	THIS SUBROUTINE ACCESSES THE DATA FILE WD:EDSPRM.DAT
C	WHICH CONTAINS A LISTING OF THE PARAMETERS RELEVANT TO
C	THE SILI EDS DETECTOR/MICROSCOPE SYSTEM
C
C
C
C
C	THE PARAMETERS ARE STORED IN THE ARRAY EDSPRM(10) AND HAVE THE
C	FOLLOWING DEFINITIONS
C
C
C	EDSPRM(1) = THC	!Parylene window thickness (cm)
C	EDSPRM(2) = TAL !Light barrier thickness (cm)
C	EDSPRM(3) = TBE	! Be window thickness (cm)
C	EDSPRM(4) = TAU	! Au layer thickness (cm)
C	EDSPRM(5) = TSID! Si dead layer thickness (cm)
C	EDSPRM(6) = TSIA! Si active thickness (cm)
C	EDSPRM(7) = ALPHA! X-ray incident angle on detector window (degrees)
C	EDSPRM(8) = AZIM! Detector azimuth angle (degrees)
C	EDSPRM(9) = ELEV! Detector elevation angle (degrees)
C	EDSPRM(10)= OMEGA!Detector solid angle (Sr)
C	EDSPRM(11)= FWHM! Calibration Fwhm of MN K-alpha (ev)
C	EDSPRM(12)= FWCONSTANT ! Constant in Width Calculation for MN K alpha
C	EDSPRM(13)= AICCA!Incomplete Charge Collection Parameter A
C	EDSPRM(14)= AICCb!Incomplete Charge Collection Parameter B
C	EDSPRM(15-20) = RESERVED FOR FUTURE USE
C
C	IPRINT 	= PRINT CONTROL FLAG
C		= 0 DONOT PRINT
C		= 1 PRINT ON I/O DEVICE DEFINED AS IO	
C      			COMMON BLOCKS FOR NELS
C
C
C	COMMON AX(1020),AY(1030),BX(1020),BY(1030),CCY(1030),DDY(1030)
C	COMMON /PARAM0/ NMODE,IRPLT,XM,YM,YLAST,FLAG,NNPT,NPT
C        COMMON /PARAM1/ OFFSET,EVCH,A,R,YY,YN,EX(100),COE(7)
C        COMMON /PARAM2/ IBFLG,IZERO,IBGND,IROI,NEL,FWHMMN,FWCNST
C        COMMON /PARAM3/ SYM(20),AEDID(10),GAMP(10),GEN(10),GFWHM(10),
C	1GINTEG(10),BGD(10),EDSPRM(20)
	COMMON /PARAM4/ PRGRM,ALINE(28),ELVL(28),RELINT(28)
C	COMMON /CRTLST/ XMIN,DX,YMIN,DY,OFFX,OFFY,XL,YL,XZ,YZ
C	COMMON /LABEL/ ILX(7),ILY(7),DUM(10)
C	COMMON /TERMIN/ ITERM,IBAUD,IPLOT,ICOLOR,IMODE,IHARD,ILP(3)
C	COMMON /NAME/ INAMEB(8),INAMEC(8),INAMED(8),EO,CONV,DIV,TIME,BC
	COMMON /SYSPAR/ EDSPRM(20)
	DATA PICONV /0.0174533/
C
C	Read detector information from 'DAT:EDSPRM.DAT'
C
	OPEN(UNIT=2,NAME='DAT:EDSPRM.DAT',TYPE='OLD',DISP='SAVE')
	READ (2,9700) X			!TITLE
	READ (2,9700) X			!TITLE
	READ (2,9710) EDSPRM(1)	
	READ (2,9710) EDSPRM(2)
	READ (2,9710) EDSPRM(3)
	READ (2,9710) EDSPRM(4)
	READ (2,9710) EDSPRM(5)
	READ (2,9710) EDSPRM(6)
	READ (2,9710) EDSPRM(7)
	READ (2,9710) EDSPRM(8)
	READ (2,9710) EDSPRM(9)
	READ (2,9710) EDSPRM(10)
	READ (2,9710) EDSPRM(11)
	READ (2,9710) EDSPRM(12)
	READ (2,9710) EDSPRM(13)
	READ (2,9710) EDSPRM(14)
	FWHMMN=EDSPRM(11)
	FWCNST=EDSPRM(12)
	CLOSE (UNIT=2,DISP='SAVE')
9700	FORMAT (1A1)
9710	FORMAT (26X, F15.0)
	IF(IPRINT.EQ.0) RETURN
	WRITE (IO,9720) (EDSPRM(I),I=1,14)
9720	FORMAT(//,
	1' Si(Li) Detector/Microscope Parameters',/,
	1' ________________________________________',/,
	1' Parylene  thickness(cm)  = ',4X,1PE10.4,/,
	1' Aluminium thickness(cm)  = ',4X,1pe10.4,/,
	1' Beryllium thickness(cm)  = ',4X,1pe10.4,/,
	1' Gold      thickness(cm)  = ',4X,1pe10.4,/,
	1' Silicon Dead  layer(cm)  = ',4X,1pe10.4,/,
	1' Silicon Act.  layer(cm)  = ',4X,1pe10.4,/,
	1' X-ray Incid. Angle(deg)  = ',0PF10.4,/,
	1' Detector Azimuth  (deg)  = ',0PF10.4,/,
	1' Detector Elevation(deg)  = ',0PF10.4,/,
	1' Detector Solid Angle(Sr) = ',0PF10.4,/,
	1' FWHM of Mn K-alpha (eV)  = ',0PF10.4,/,
	1' Constant for Mn K-alpha  = ',0pf10.4,/,
	1' Incomplete Charge Const A= ',0PF10.4,/,
	1' Incomplete Charge Const B= ',0PF10.4,/)
C	PAUSE '<CR> to Continue'
	RETURN
	END
C
C
C
C
C
	SUBROUTINE XENRGY (IZ)
C--------------------------------------------------------------------------
C
C	THIS SUBROUTINE RETURNS THE ENERGY AND REL INT. OF THE SELECTED 
C	X-RAY LINE FOR THE ELEMENT OF ATOMIC NUMBER IZ
C	DATA IS PASSED IN COMMON AS THE ENTIRE ARRAY FOR ELEMENT IZ
C	DATA IS TAKEN FROM THE BINARY FILE XRYLN.TBL WHICH CONTAINS
C	28 LINES FOR EACH ELEMENT RECORDED AS TWO RECORDS PER ELEMENT
C	THE SECOND RECORD CONTAINS THE RELATIVE INTENSITY OF THE LINE
C	WITHIN THE SERIES.
C
C	DEFINITIONS:
C       -------------
C	IZ     = atomic number of element
C
C	LINE   = x-ray line desired
C	       = 1,2,3,4,...28
C	       = Ka1,Ka2,Kb1,Kb2,Kb3
C	         La1,La2,Lb1,Lb2,Lb3,Lb4,Lb5,Lb6,Lb7,Lb8,Lb9 
C	         Lg1,Lg2,Lg3,Lg4,Lg5,Lg6,Ln,Ll,
C	         Ma1,Ma2,Mb,Mg
C
C	ENERGY = ENERGY LEVEL OF SELECTED LINE [IN EV]
C
C	RELINT = RELATIVE INTENSITY OF LINE IN THE SERIES
C
C-------------------------------------------------------------------------
C
C				8406070001-NJZ, RJH
C	MODIFIED 20-MAY-85 FOR NELS/NEDS DATA ANALYSIS PROGRAM
C	FOR USE IN NEDQNT, AND NELQNT NOT ALL THE COMMON ARRAYS DEFINED ARE
C	NECESSARY AND MAY BE OMITTED
C
C-------------------------------------------------------------------------
C
C      			COMMON BLOCKS FOR NEDS/NELS
C
C
C	COMMON AX(1020),AY(1030),BX(1020),BY(1030),CCY(1030),DDY(1030)
C	COMMON /PARAM0/ NMODE,IRPLT,XM,YM,YLAST,FLAG,NNPT,NPT
C        COMMON /PARAM1/ OFFSET,EVCH,A,R,YY,YN,EX(100),COE(7)
C        COMMON /PARAM2/ IBFLG,IZERO,IBGND,IROI,NEL
C        COMMON /PARAM3/ SYM(20),AEDID(20),ES(20),PK(20),BGD(20)
	COMMON /PARAM4/ PRGRM,ALINE(28),ELVL(28),RELINT(28)
C	COMMON /CRTLST/ XMIN,DX,YMIN,DY,OFFX,OFFY,XL,YL,XZ,YZ
C	COMMON /LABEL/ ILX(7),ILY(7),DUM(10)
C	COMMON /TERMIN/ ITERM,IBAUD,IPLOT,ICOLOR,IMODE
C	COMMON /NAME/ INAME(8),EO,CONV,DIV
C
C
C
C
	DATA 	ALINE /'Ka1','Ka2','Kb1','Kb2','Kb3',
	1	        'La1','La2','Lb1','Lb2','Lb3','Lb4','Lb5',
	2		'Lb6','Lb7','Lb8','Lb9', 
	3	        'Lg1','Lg2','Lg3','Lg4','Lg5','Lg6','Ln','Ll',
	4	        'Ma1','Ma2','Mb','Mg'/

C
C	OPEN edge data file or give error if not on disk with LOGICAL 
C	DEVICE NAME "DAT:"
C
	OPEN(UNIT=21,NAME='DAT:XENRGY.TBL',ACCESS='DIRECT',
	1    FORM='UNFORMATTED',TYPE='OLD',RECORDSIZE=28)
C
C	READ IN VALUES OF X-RAY LINE ENERGIES, & RELATIVE INTENSITIES
C
	IF=2*IZ-1
	IL=2*IZ
	READ(21'IF) (ELVL(I),I=1,28)		!Input all X-RAY LINES
	READ(21'IL) (RELINT(I),I=1,28)		!Input all REL INTENSITIES
C
C	DIVIDE BY 1000 FOR CONVERSION TO KEV
C
	DO 10 I=1,28
10	ELVL(I)=ELVL(I)/1000.
	CLOSE (UNIT=21)
	RETURN
	END
C
C
C
C
C
C
      SUBROUTINE XRYPRM(I)
C----------------------------------------------------------------------
C     THIS SUBROUTINE CALCULATES THE VARIOUS PARAMETERS NEEDED
C     FOR QUANTITATIVE ANALYSIS OF ELEMENT # I
C----------------------------------------------------------------------
C 	UPDATED TO NEW XRAY LINE TABLES
C
C	OCT- 86	NJZ
C
C----------------------------------------------------------------------
      COMMON ELM(20),ELN(20),EINT(20),EZ(20),EWT(20),ENE(20),
     CEDG(20),W(20),FA(20),UO(20),Q(20),C(20),CA(20),ALNID(6),AINT(20)
     C,SC(20),DEL(20),AC(20),ACP(20),FZ(20),SINV(20),WJ(20),FCORR(20)
     C,AVOG,YY,YN,CI,CW,RHOAV,XP,EO
	REAL NK1,NK2,NK3,KKIZN,KLAIZN,KRAT,LRAT
C----------------------------------------------------------------------
	COMMON /PARAM4/ PRGRM,ALINE(28),ELVL(28),RELINT(28)
C	DATA 	ALINE /'Ka1','Ka2','Kb1','Kb2','Kb3',
C	1	        'La1','La2','Lb1','Lb2','Lb3','Lb4','Lb5',
C	2		'Lb6','Lb7','Lb8','Lb9', 
C	3	        'Lg1','Lg2','Lg3','Lg4','Lg5','Lg6','Ln','Ll',
C	4	        'Ma1','Ma2','Mb','Mg'/
C----------------------------------------------------------------------
C
C
C      CALCULATE XRAY GENERATION CONSTANTS OF THIS ELEMENT
C
C	DETERMINE LINE KA,KB,KTOTAL,LA,LB,LTOTAL
C
      IF(ELN(I).EQ.ALNID(1)) L=1
      IF(ELN(I).EQ.ALNID(2)) L=2
      IF(ELN(I).EQ.ALNID(3)) L=3
      IF(ELN(I).EQ.ALNID(4)) L=4
      IF(ELN(I).EQ.ALNID(5)) L=5
      IF(ELN(I).EQ.ALNID(6)) L=6
C
C	NEXT DEFINE THESE WRT THE ARRAY ALINE
C
      IF(ELN(I).EQ.ALNID(1)) LT=1
      IF(ELN(I).EQ.ALNID(2)) LT=3
      IF(ELN(I).EQ.ALNID(3)) LT=1
      IF(ELN(I).EQ.ALNID(4)) LT=6
      IF(ELN(I).EQ.ALNID(5)) LT=8
      IF(ELN(I).EQ.ALNID(6)) LT=6
C
C	GET THE atomic number
C
	EZ(I)=ATOMNR(ELM(I))
	IZ=EZ(I)
C
C	CHECK FOR ERRORS
C
	IF((EZ(I).GE.100.).OR.(EZ(I).LE.0))RETURN
C
C	READ THE XRAY DATA BASE
C
	CALL XENRGY(IZ)
C
C	AND STORE IT
C
	ENE(I)=ELVL(LT)
C
C	MORE PARAMETERS OF THE ELEMENT
C
	EWT(I)=ATOMWT(EZ(I))
C
	ENK=ELVL(1)		!KALPHA LINE ENERGY
	ENL=ELVL(6)		!LALPHA LINE ENERGY
C
C	GET ABSORPTION EDGE ENERGIES FROM THE DATA BASE
C
	CALL ELEDGE(IZ)
	EK =ELVL(1)			!K EDGE
	EL1=ELVL(2)			!L1
	EL2=ELVL(3)			!L2
	EL3=ELVL(4)			!L3
	CALL NKI(IZ,3,NK3)		!
	CALL LYIELD(IZ,3,W3)		!LSHELL F YIELDS
	CALL CKYIELD(IZ,12,F12)		!COSTER KRONIG
	CALL CKYIELD(IZ,13,F13)
	CALL CKYIELD(IZ,23,F23)
	CALL RBFRCT(IZ,3,F3A)		!RADIATIVE BRANCHING FUNCTIONS
	WK=FYIELD(IZ,1)			!KSHELL F YIELDS
	FK=PARTITION(IZ,1)		!KSHELL PARTITION FUNCTIONS
	CALL LCROSS(EO,EL1,IZ,1,S1)	!LSHELL CROSS SECTIONS
	CALL LCROSS(EO,EL2,IZ,2,S2)
	CALL LCROSS(EO,EL3,IZ,3,S3)
	CALL KCROSS(EO,EK,IZ,SK)			!KSHELL CROSS SECTION
	SA= S3 + NK3*SK + (F13 + F12*F23)*S1 +F23*S2 	!LALPHA CROSS SECTION
	SB= 0.						!LBETA CROSS SECTION
	SK=SK*1E24	!CROSS-SECTION IN BARNS 
	SA=SA*1E24
	IF(L.LE.3) Q(I)=SK
	IF(L.GE.4) Q(I)=SA	!FOR SIMPLICITY APPROXIMATE SA=SB
       IF(L.LE.3) EDG(I)=EK
       IF(L.GE.4) EDG(I)=EL3
       IF(L.LE.3) W(I)=WK
       IF(L.GE.4) W(I)=W3
       IF(L.EQ.1) FA(I)=FK			!KA
       IF(L.EQ.2) FA(I)=1.-FK			!KB=1-KA
       IF(L.EQ.3) FA(I)=1.			!K TOTAL
       IF(L.EQ.4) FA(I)=PARTITION(IZ,2)		!LA
       IF(L.EQ.5) FA(I)=1.-PARTITION(IZ,2)	!LB = 1. - LA
       IF(L.EQ.6) FA(I)=1.			!L TOTAL
C
C	CONVENTIONAL DEFINITIONS FOR SEM (BULK) ANALYSIS PROGRAM
C
        UO(I)=EO/EDG(I)
	SJ=9.76*EZ(I) + 58.8*EZ(I)**(-0.19)
      	WJ(I)=1160.*EDG(I)/SJ
	RETURN
        END
C
C
C
C
C
      FUNCTION YIELD(Z,L)
C
C THIS FUNCTION CALCULATES THE FLUORESCENCE YIELD OF ELEMENT Z FOR
C LINE L ONLY USED WHEN NEWER ROUTINES DONOT HAVE VALUES 
C	L=1,2,3 ==> K,L,M ADAPTED FROM MAGIC IV BY COLBY
C
      GO TO (1,2,3,1,2,3),L
 1    D=-0.037948+Z*(0.034256-Z*Z*0.116342E-05)
      GO TO 4
 2    D=-0.111065+Z*(0.013680-Z*Z*0.217720E-06)
      GO TO 4
 3    D=-0.00036+Z*(0.00386+Z*Z*0.20101E-06)
 4    D=D**4.
      YIELD=D/(1.+D)
      RETURN
      END
c------------------------------------------------------------------

	PROGRAM XENRGYTBL
c
c------------------------------------------------------------------
c
c	this program creates the binary DATA file XENRGY.TBL
C	from the ASCII data base XENRGY.ASCII for use in general
C	purpose data analysis programs
C
C	binary data is stored as two entries per element with 32 records
c	per entry.  the first entries are the line energies in 
c	units of [eV] the second entry are the relative line intensities
C
C-------------------------------------------------------------------
C			8406070001-NJZ
C--------------------------------------------------------------------
	INTEGER ALINE
	REAL LINE
	DIMENSION BEN(28),BRI(28),ICOM(80)
	WRITE(5,43)
43	FORMAT(
	1'             Tabulation of X-ray Line Energies [eV]',/,
	1'                  and relative intensities',/,
	1'                  in the file XENRGY.TBL',//,
	1'  Lines Listed: Ka1-2 Kb1-3 La1-2 Lb1-9 Lg1-6 Ln Ll Ma1-2 Mb Mg'
	1,//)
C
C	DEFINE INPUT FILE (ASCII DATA BASE)
C
	CALL ASSIGN(20,'XENRGY.ASCII')
C
C	DEFINE OUTPUT FILE
C
	OPEN(UNIT=21,NAME='XENRGY.TEM',ACCESS='DIRECT',
	1    FORM='UNFORMATTED',TYPE='NEW',RECORDSIZE=28)
C
C	BEGIN DATA INPUT AND TRANSLATION
C
C
C	READ THE COMMENT LINES AND PRINT THEM
C
	READ (20,39) ICOM
39	FORMAT(80A1)
	WRITE (7,40) ICOM
40	FORMAT(1X,80A1)
C
C	NOW THE SECOND LINE
C
	READ (20,39) ICOM
	WRITE (7,40) ICOM
	DO 1 IZ=1,99
c
c	zero arrray's before reading in new data
c	so each element has 28 records
c
	DO 2 IE=1,28
	BRI(IE)=0.00
2	BEN(IE)=0.00
C	IF(IZ.NE.1) GO TO 6
c
c	begin the data input
c
C	READ DATA FROM FILE
C
C
	DO 400 J=1,28
	READ (20,301) IZN,CS,ALINE,BEN(J),BRI(J)		!OUTPUT all edge values
	WRITE (7,300) IZN,CS,ALINE,BEN(J),BRI(J)		!OUTPUT all edge values
300	FORMAT (1X,I3,', ',1A3,', ',1A3,', ',1F12.4,', eV, ',1F6.2,', Rel Int')
301	FORMAT (1X,I3,2X,1A3,2X,1A3,2X,1F12.4,6X,1F6.2)
400 	CONTINUE
c	for the selected atomic number if so write the data onto the
c	XENRGY.DAT file
c
	IF(IZN.GT.IZ) GO TO 4
4	CONTINUE
	IF=2*IZ-1
	IL=2*IZ
C
C	WRITE TO FILE
C
	WRITE(21'IF) (BEN(JK),JK=1,28)
	WRITE(21'IL) (BRI(JK),JK=1,28)
C
C	WRITE TO TT: & LP:
C
41	FORMAT(1X,I2,13(1X,1F10.3))
410	FORMAT(1X,2X,13(1X,1F10.3))
42	FORMAT(//,1X,I2,13(1X,1F10.3))
1	CONTINUE
	CLOSE (UNIT=21)
	CLOSE (UNIT=20)
	STOP
	END
C------------------------------------------------------------------------



	PROGRAM ATMLVLTBL
C-----------------------------------------------------------------------
C
c	this program creates the binary DATA file ATMLVL.TBL
C	from the ASCII data base ATMLVL.ASCII for use in general
C	purpose data analysis programs
C
C	binary data is stored as ONE entry per element with 28 records
c	per entry.  the entries are the atomic shell  energies in 
c	units of [eV] 
c
c----------------------------------------------------------------------
C
C	PROGRAM TO BUILD BINARY DATA FILE OF ELEMENT EDGES
C
	INTEGER		LINEID(24),ICOM(80)
	COMMON /PARAM4/ PRGRM,ALINE(28),ELVL(28),RELINT(28)
	DATA		LINEID/'K ','L1','L2','L3','M1','M2','M3','M4',
	1                      'M5','N1','N2','N3','N4','N5','N6','N7',
	2                      'O1','O2','O3','O4','O5','P1','P2','P3'/
C
C	OPEN THE DATA FILES FOR INPUT AND OUTPUT
C
	OPEN(UNIT=21,NAME='ATMLVL.TBL',ACCESS='DIRECT',
	1    FORM='UNFORMATTED',TYPE='NEW',RECORDSIZE=24)
	OPEN(UNIT=22,NAME='ATMLVL.ASCII',ACCESS='SEQUENTIAL',TYPE='OLD')
C
C	READ THE COMMENT LINES AND PRINT THEM
C
	READ (22,39) ICOM
39	FORMAT(80A1)
	WRITE (7,40) ICOM
40	FORMAT(1X,80A1)
C
C	NOW THE SECOND LINE
C
	READ (22,39) ICOM
	WRITE (7,40) ICOM
c
c	now read the tabular data 
c
10	CONTINUE
	DO 400 J=1,24
	READ (22,300,END=50,ERR=50) IZ,ICS,LINEID(J),ELVL(J)!OUTPUT all edge values
300	FORMAT (1X,I3,2X,1A2,2X,1A2,2X,1F12.4)
	WRITE (7,200) IZ,ICS,LINEID(J),ELVL(J)		!OUTPUT all edge values
200	FORMAT (1X,I3,1X,1A2,1X,1A2,' EDGE = ',1F12.4,' EV')
400 	CONTINUE
C
C	WRITE THE EDGES INTO THE BINARY FILE
C
	WRITE (21'IZ) (ELVL(I),I=1,24)		!OUTPUT all edge values
	GO TO 10
50	CONTINUE
C
C	FINISHED
C
	CLOSE (UNIT=21)
	CLOSE (UNIT=22)
	STOP
	END
c----------------------------------------------------------------------------


	XENRGY.ASCII DATA FILE starts after the next dashed line

C---------------------------------------------------------------------------
        ASCII Data Base Table of X-ray Line Energies & Intensities
   Z  Sym  Line       Energy        Intensity     Last Updated 10-JUN-87 NJZ
   1,  H , KA1,       0.0000, eV,   0.00, Rel Int
   1,  H , KA2,       0.0000, eV,   0.00, Rel Int
   1,  H , KB1,       0.0000, eV,   0.00, Rel Int
   1,  H , KB2,       0.0000, eV,   0.00, Rel Int
   1,  H , KB3,       0.0000, eV,   0.00, Rel Int
   1,  H , LA1,       0.0000, eV,   0.00, Rel Int
   1,  H , LA2,       0.0000, eV,   0.00, Rel Int
   1,  H , LB1,       0.0000, eV,   0.00, Rel Int
   1,  H , LB2,       0.0000, eV,   0.00, Rel Int
   1,  H , LB3,       0.0000, eV,   0.00, Rel Int
   1,  H , LB4,       0.0000, eV,   0.00, Rel Int
   1,  H , LB5,       0.0000, eV,   0.00, Rel Int
   1,  H , LB6,       0.0000, eV,   0.00, Rel Int
   1,  H , LB7,       0.0000, eV,   0.00, Rel Int
   1,  H , LB8,       0.0000, eV,   0.00, Rel Int
   1,  H , LB9,       0.0000, eV,   0.00, Rel Int
   1,  H , LG1,       0.0000, eV,   0.00, Rel Int
   1,  H , LG2,       0.0000, eV,   0.00, Rel Int
   1,  H , LG3,       0.0000, eV,   0.00, Rel Int
   1,  H , LG4,       0.0000, eV,   0.00, Rel Int
   1,  H , LG5,       0.0000, eV,   0.00, Rel Int
   1,  H , LG6,       0.0000, eV,   0.00, Rel Int
   1,  H , LN ,       0.0000, eV,   0.00, Rel Int
   1,  H , LL ,       0.0000, eV,   0.00, Rel Int
   1,  H , MA1,       0.0000, eV,   0.00, Rel Int
   1,  H , MA2,       0.0000, eV,   0.00, Rel Int
   1,  H , MB ,       0.0000, eV,   0.00, Rel Int
   1,  H , MG ,       0.0000, eV,   0.00, Rel Int
   2, HE , KA1,       0.0000, eV,   0.00, Rel Int
   2, HE , KA2,       0.0000, eV,   0.00, Rel Int
   2, HE , KB1,       0.0000, eV,   0.00, Rel Int
   2, HE , KB2,       0.0000, eV,   0.00, Rel Int
   2, HE , KB3,       0.0000, eV,   0.00, Rel Int
   2, HE , LA1,       0.0000, eV,   0.00, Rel Int
   2, HE , LA2,       0.0000, eV,   0.00, Rel Int
   2, HE , LB1,       0.0000, eV,   0.00, Rel Int
   2, HE , LB2,       0.0000, eV,   0.00, Rel Int
   2, HE , LB3,       0.0000, eV,   0.00, Rel Int
   2, HE , LB4,       0.0000, eV,   0.00, Rel Int
   2, HE , LB5,       0.0000, eV,   0.00, Rel Int
   2, HE , LB6,       0.0000, eV,   0.00, Rel Int
   2, HE , LB7,       0.0000, eV,   0.00, Rel Int
   2, HE , LB8,       0.0000, eV,   0.00, Rel Int
   2, HE , LB9,       0.0000, eV,   0.00, Rel Int
   2, HE , LG1,       0.0000, eV,   0.00, Rel Int
   2, HE , LG2,       0.0000, eV,   0.00, Rel Int
   2, HE , LG3,       0.0000, eV,   0.00, Rel Int
   2, HE , LG4,       0.0000, eV,   0.00, Rel Int
   2, HE , LG5,       0.0000, eV,   0.00, Rel Int
   2, HE , LG6,       0.0000, eV,   0.00, Rel Int
   2, HE , LN ,       0.0000, eV,   0.00, Rel Int
   2, HE , LL ,       0.0000, eV,   0.00, Rel Int
   2, HE , MA1,       0.0000, eV,   0.00, Rel Int
   2, HE , MA2,       0.0000, eV,   0.00, Rel Int
   2, HE , MB ,       0.0000, eV,   0.00, Rel Int
   2, HE , MG ,       0.0000, eV,   0.00, Rel Int
   3, LI , KA1,      54.3803, eV, 100.00, Rel Int
   3, LI , KA2,       0.0000, eV,   0.00, Rel Int
   3, LI , KB1,       0.0000, eV,   0.00, Rel Int
   3, LI , KB2,       0.0000, eV,   0.00, Rel Int
   3, LI , KB3,       0.0000, eV,   0.00, Rel Int
   3, LI , LA1,       0.0000, eV,   0.00, Rel Int
   3, LI , LA2,       0.0000, eV,   0.00, Rel Int
   3, LI , LB1,       0.0000, eV,   0.00, Rel Int
   3, LI , LB2,       0.0000, eV,   0.00, Rel Int
   3, LI , LB3,       0.0000, eV,   0.00, Rel Int
   3, LI , LB4,       0.0000, eV,   0.00, Rel Int
   3, LI , LB5,       0.0000, eV,   0.00, Rel Int
   3, LI , LB6,       0.0000, eV,   0.00, Rel Int
   3, LI , LB7,       0.0000, eV,   0.00, Rel Int
   3, LI , LB8,       0.0000, eV,   0.00, Rel Int
   3, LI , LB9,       0.0000, eV,   0.00, Rel Int
   3, LI , LG1,       0.0000, eV,   0.00, Rel Int
   3, LI , LG2,       0.0000, eV,   0.00, Rel Int
   3, LI , LG3,       0.0000, eV,   0.00, Rel Int
   3, LI , LG4,       0.0000, eV,   0.00, Rel Int
   3, LI , LG5,       0.0000, eV,   0.00, Rel Int
   3, LI , LG6,       0.0000, eV,   0.00, Rel Int
   3, LI , LN ,       0.0000, eV,   0.00, Rel Int
   3, LI , LL ,       0.0000, eV,   0.00, Rel Int
   3, LI , MA1,       0.0000, eV,   0.00, Rel Int
   3, LI , MA2,       0.0000, eV,   0.00, Rel Int
   3, LI , MB ,       0.0000, eV,   0.00, Rel Int
   3, LI , MG ,       0.0000, eV,   0.00, Rel Int
   4, BE , KA1,     108.7605, eV, 100.00, Rel Int
   4, BE , KA2,       0.0000, eV,   0.00, Rel Int
   4, BE , KB1,       0.0000, eV,   0.00, Rel Int
   4, BE , KB2,       0.0000, eV,   0.00, Rel Int
   4, BE , KB3,       0.0000, eV,   0.00, Rel Int
   4, BE , LA1,       0.0000, eV,   0.00, Rel Int
   4, BE , LA2,       0.0000, eV,   0.00, Rel Int
   4, BE , LB1,       0.0000, eV,   0.00, Rel Int
   4, BE , LB2,       0.0000, eV,   0.00, Rel Int
   4, BE , LB3,       0.0000, eV,   0.00, Rel Int
   4, BE , LB4,       0.0000, eV,   0.00, Rel Int
   4, BE , LB5,       0.0000, eV,   0.00, Rel Int
   4, BE , LB6,       0.0000, eV,   0.00, Rel Int
   4, BE , LB7,       0.0000, eV,   0.00, Rel Int
   4, BE , LB8,       0.0000, eV,   0.00, Rel Int
   4, BE , LB9,       0.0000, eV,   0.00, Rel Int
   4, BE , LG1,       0.0000, eV,   0.00, Rel Int
   4, BE , LG2,       0.0000, eV,   0.00, Rel Int
   4, BE , LG3,       0.0000, eV,   0.00, Rel Int
   4, BE , LG4,       0.0000, eV,   0.00, Rel Int
   4, BE , LG5,       0.0000, eV,   0.00, Rel Int
   4, BE , LG6,       0.0000, eV,   0.00, Rel Int
   4, BE , LN ,       0.0000, eV,   0.00, Rel Int
   4, BE , LL ,       0.0000, eV,   0.00, Rel Int
   4, BE , MA1,       0.0000, eV,   0.00, Rel Int
   4, BE , MA2,       0.0000, eV,   0.00, Rel Int
   4, BE , MB ,       0.0000, eV,   0.00, Rel Int
   4, BE , MG ,       0.0000, eV,   0.00, Rel Int
   5,  B , KA1,     185.0552, eV, 100.00, Rel Int
   5,  B , KA2,     185.0552, eV,  50.00, Rel Int
   5,  B , KB1,       0.0000, eV,   0.00, Rel Int
   5,  B , KB2,       0.0000, eV,   0.00, Rel Int
   5,  B , KB3,       0.0000, eV,   0.00, Rel Int
   5,  B , LA1,       0.0000, eV,   0.00, Rel Int
   5,  B , LA2,       0.0000, eV,   0.00, Rel Int
   5,  B , LB1,       0.0000, eV,   0.00, Rel Int
   5,  B , LB2,       0.0000, eV,   0.00, Rel Int
   5,  B , LB3,       0.0000, eV,   0.00, Rel Int
   5,  B , LB4,       0.0000, eV,   0.00, Rel Int
   5,  B , LB5,       0.0000, eV,   0.00, Rel Int
   5,  B , LB6,       0.0000, eV,   0.00, Rel Int
   5,  B , LB7,       0.0000, eV,   0.00, Rel Int
   5,  B , LB8,       0.0000, eV,   0.00, Rel Int
   5,  B , LB9,       0.0000, eV,   0.00, Rel Int
   5,  B , LG1,       0.0000, eV,   0.00, Rel Int
   5,  B , LG2,       0.0000, eV,   0.00, Rel Int
   5,  B , LG3,       0.0000, eV,   0.00, Rel Int
   5,  B , LG4,       0.0000, eV,   0.00, Rel Int
   5,  B , LG5,       0.0000, eV,   0.00, Rel Int
   5,  B , LG6,       0.0000, eV,   0.00, Rel Int
   5,  B , LN ,       0.0000, eV,   0.00, Rel Int
   5,  B , LL ,       0.0000, eV,   0.00, Rel Int
   5,  B , MA1,       0.0000, eV,   0.00, Rel Int
   5,  B , MA2,       0.0000, eV,   0.00, Rel Int
   5,  B , MB ,       0.0000, eV,   0.00, Rel Int
   5,  B , MG ,       0.0000, eV,   0.00, Rel Int
   6,  C , KA1,     281.7886, eV, 100.00, Rel Int
   6,  C , KA2,     281.7886, eV,  50.00, Rel Int
   6,  C , KB1,       0.0000, eV,   0.00, Rel Int
   6,  C , KB2,       0.0000, eV,   0.00, Rel Int
   6,  C , KB3,       0.0000, eV,   0.00, Rel Int
   6,  C , LA1,       0.0000, eV,   0.00, Rel Int
   6,  C , LA2,       0.0000, eV,   0.00, Rel Int
   6,  C , LB1,       0.0000, eV,   0.00, Rel Int
   6,  C , LB2,       0.0000, eV,   0.00, Rel Int
   6,  C , LB3,       0.0000, eV,   0.00, Rel Int
   6,  C , LB4,       0.0000, eV,   0.00, Rel Int
   6,  C , LB5,       0.0000, eV,   0.00, Rel Int
   6,  C , LB6,       0.0000, eV,   0.00, Rel Int
   6,  C , LB7,       0.0000, eV,   0.00, Rel Int
   6,  C , LB8,       0.0000, eV,   0.00, Rel Int
   6,  C , LB9,       0.0000, eV,   0.00, Rel Int
   6,  C , LG1,       0.0000, eV,   0.00, Rel Int
   6,  C , LG2,       0.0000, eV,   0.00, Rel Int
   6,  C , LG3,       0.0000, eV,   0.00, Rel Int
   6,  C , LG4,       0.0000, eV,   0.00, Rel Int
   6,  C , LG5,       0.0000, eV,   0.00, Rel Int
   6,  C , LG6,       0.0000, eV,   0.00, Rel Int
   6,  C , LN ,       0.0000, eV,   0.00, Rel Int
   6,  C , LL ,       0.0000, eV,   0.00, Rel Int
   6,  C , MA1,       0.0000, eV,   0.00, Rel Int
   6,  C , MA2,       0.0000, eV,   0.00, Rel Int
   6,  C , MB ,       0.0000, eV,   0.00, Rel Int
   6,  C , MG ,       0.0000, eV,   0.00, Rel Int
   7,  N , KA1,     392.3179, eV, 100.00, Rel Int
   7,  N , KA2,     392.3179, eV,  50.00, Rel Int
   7,  N , KB1,       0.0000, eV,   0.00, Rel Int
   7,  N , KB2,       0.0000, eV,   0.00, Rel Int
   7,  N , KB3,       0.0000, eV,   0.00, Rel Int
   7,  N , LA1,       0.0000, eV,   0.00, Rel Int
   7,  N , LA2,       0.0000, eV,   0.00, Rel Int
   7,  N , LB1,       0.0000, eV,   0.00, Rel Int
   7,  N , LB2,       0.0000, eV,   0.00, Rel Int
   7,  N , LB3,       0.0000, eV,   0.00, Rel Int
   7,  N , LB4,       0.0000, eV,   0.00, Rel Int
   7,  N , LB5,       0.0000, eV,   0.00, Rel Int
   7,  N , LB6,       0.0000, eV,   0.00, Rel Int
   7,  N , LB7,       0.0000, eV,   0.00, Rel Int
   7,  N , LB8,       0.0000, eV,   0.00, Rel Int
   7,  N , LB9,       0.0000, eV,   0.00, Rel Int
   7,  N , LG1,       0.0000, eV,   0.00, Rel Int
   7,  N , LG2,       0.0000, eV,   0.00, Rel Int
   7,  N , LG3,       0.0000, eV,   0.00, Rel Int
   7,  N , LG4,       0.0000, eV,   0.00, Rel Int
   7,  N , LG5,       0.0000, eV,   0.00, Rel Int
   7,  N , LG6,       0.0000, eV,   0.00, Rel Int
   7,  N , LN ,       0.0000, eV,   0.00, Rel Int
   7,  N , LL ,       0.0000, eV,   0.00, Rel Int
   7,  N , MA1,       0.0000, eV,   0.00, Rel Int
   7,  N , MA2,       0.0000, eV,   0.00, Rel Int
   7,  N , MB ,       0.0000, eV,   0.00, Rel Int
   7,  N , MG ,       0.0000, eV,   0.00, Rel Int
   8,  O , KA1,     522.9800, eV, 100.00, Rel Int
   8,  O , KA2,     522.9800, eV,  50.00, Rel Int
   8,  O , KB1,       0.0000, eV,   0.00, Rel Int
   8,  O , KB2,       0.0000, eV,   0.00, Rel Int
   8,  O , KB3,       0.0000, eV,   0.00, Rel Int
   8,  O , LA1,       0.0000, eV,   0.00, Rel Int
   8,  O , LA2,       0.0000, eV,   0.00, Rel Int
   8,  O , LB1,       0.0000, eV,   0.00, Rel Int
   8,  O , LB2,       0.0000, eV,   0.00, Rel Int
   8,  O , LB3,       0.0000, eV,   0.00, Rel Int
   8,  O , LB4,       0.0000, eV,   0.00, Rel Int
   8,  O , LB5,       0.0000, eV,   0.00, Rel Int
   8,  O , LB6,       0.0000, eV,   0.00, Rel Int
   8,  O , LB7,       0.0000, eV,   0.00, Rel Int
   8,  O , LB8,       0.0000, eV,   0.00, Rel Int
   8,  O , LB9,       0.0000, eV,   0.00, Rel Int
   8,  O , LG1,       0.0000, eV,   0.00, Rel Int
   8,  O , LG2,       0.0000, eV,   0.00, Rel Int
   8,  O , LG3,       0.0000, eV,   0.00, Rel Int
   8,  O , LG4,       0.0000, eV,   0.00, Rel Int
   8,  O , LG5,       0.0000, eV,   0.00, Rel Int
   8,  O , LG6,       0.0000, eV,   0.00, Rel Int
   8,  O , LN ,       0.0000, eV,   0.00, Rel Int
   8,  O , LL ,       0.0000, eV,   0.00, Rel Int
   8,  O , MA1,       0.0000, eV,   0.00, Rel Int
   8,  O , MA2,       0.0000, eV,   0.00, Rel Int
   8,  O , MB ,       0.0000, eV,   0.00, Rel Int
   8,  O , MG ,       0.0000, eV,   0.00, Rel Int
   9,  F , KA1,     677.2690, eV, 100.00, Rel Int
   9,  F , KA2,     677.2690, eV,  50.00, Rel Int
   9,  F , KB1,       0.0000, eV,   0.00, Rel Int
   9,  F , KB2,       0.0000, eV,   0.00, Rel Int
   9,  F , KB3,       0.0000, eV,   0.00, Rel Int
   9,  F , LA1,       0.0000, eV,   0.00, Rel Int
   9,  F , LA2,       0.0000, eV,   0.00, Rel Int
   9,  F , LB1,       0.0000, eV,   0.00, Rel Int
   9,  F , LB2,       0.0000, eV,   0.00, Rel Int
   9,  F , LB3,       0.0000, eV,   0.00, Rel Int
   9,  F , LB4,       0.0000, eV,   0.00, Rel Int
   9,  F , LB5,       0.0000, eV,   0.00, Rel Int
   9,  F , LB6,       0.0000, eV,   0.00, Rel Int
   9,  F , LB7,       0.0000, eV,   0.00, Rel Int
   9,  F , LB8,       0.0000, eV,   0.00, Rel Int
   9,  F , LB9,       0.0000, eV,   0.00, Rel Int
   9,  F , LG1,       0.0000, eV,   0.00, Rel Int
   9,  F , LG2,       0.0000, eV,   0.00, Rel Int
   9,  F , LG3,       0.0000, eV,   0.00, Rel Int
   9,  F , LG4,       0.0000, eV,   0.00, Rel Int
   9,  F , LG5,       0.0000, eV,   0.00, Rel Int
   9,  F , LG6,       0.0000, eV,   0.00, Rel Int
   9,  F , LN ,       0.0000, eV,   0.00, Rel Int
   9,  F , LL ,       0.0000, eV,   0.00, Rel Int
   9,  F , MA1,       0.0000, eV,   0.00, Rel Int
   9,  F , MA2,       0.0000, eV,   0.00, Rel Int
   9,  F , MB ,       0.0000, eV,   0.00, Rel Int
   9,  F , MG ,       0.0000, eV,   0.00, Rel Int
  10, NE , KA1,     848.3544, eV, 100.00, Rel Int
  10, NE , KA2,     848.3544, eV,  50.00, Rel Int
  10, NE , KB1,     857.4481, eV,   1.00, Rel Int
  10, NE , KB2,       0.0000, eV,   0.00, Rel Int
  10, NE , KB3,       0.0000, eV,   0.00, Rel Int
  10, NE , LA1,       0.0000, eV,   0.00, Rel Int
  10, NE , LA2,       0.0000, eV,   0.00, Rel Int
  10, NE , LB1,       0.0000, eV,   0.00, Rel Int
  10, NE , LB2,       0.0000, eV,   0.00, Rel Int
  10, NE , LB3,       0.0000, eV,   0.00, Rel Int
  10, NE , LB4,       0.0000, eV,   0.00, Rel Int
  10, NE , LB5,       0.0000, eV,   0.00, Rel Int
  10, NE , LB6,       0.0000, eV,   0.00, Rel Int
  10, NE , LB7,       0.0000, eV,   0.00, Rel Int
  10, NE , LB8,       0.0000, eV,   0.00, Rel Int
  10, NE , LB9,       0.0000, eV,   0.00, Rel Int
  10, NE , LG1,       0.0000, eV,   0.00, Rel Int
  10, NE , LG2,       0.0000, eV,   0.00, Rel Int
  10, NE , LG3,       0.0000, eV,   0.00, Rel Int
  10, NE , LG4,       0.0000, eV,   0.00, Rel Int
  10, NE , LG5,       0.0000, eV,   0.00, Rel Int
  10, NE , LG6,       0.0000, eV,   0.00, Rel Int
  10, NE , LN ,       0.0000, eV,   0.00, Rel Int
  10, NE , LL ,       0.0000, eV,   0.00, Rel Int
  10, NE , MA1,       0.0000, eV,   0.00, Rel Int
  10, NE , MA2,       0.0000, eV,   0.00, Rel Int
  10, NE , MB ,       0.0000, eV,   0.00, Rel Int
  10, NE , MG ,       0.0000, eV,   0.00, Rel Int
  11, NA , KA1,    1041.1195, eV, 100.00, Rel Int
  11, NA , KA2,    1041.1195, eV,  50.00, Rel Int
  11, NA , KB1,    1067.2507, eV,   1.00, Rel Int
  11, NA , KB2,       0.0000, eV,   0.00, Rel Int
  11, NA , KB3,       0.0000, eV,   0.00, Rel Int
  11, NA , LA1,       0.0000, eV,   0.00, Rel Int
  11, NA , LA2,       0.0000, eV,   0.00, Rel Int
  11, NA , LB1,       0.0000, eV,   0.00, Rel Int
  11, NA , LB2,       0.0000, eV,   0.00, Rel Int
  11, NA , LB3,       0.0000, eV,   0.00, Rel Int
  11, NA , LB4,       0.0000, eV,   0.00, Rel Int
  11, NA , LB5,       0.0000, eV,   0.00, Rel Int
  11, NA , LB6,       0.0000, eV,   0.00, Rel Int
  11, NA , LB7,       0.0000, eV,   0.00, Rel Int
  11, NA , LB8,       0.0000, eV,   0.00, Rel Int
  11, NA , LB9,       0.0000, eV,   0.00, Rel Int
  11, NA , LG1,       0.0000, eV,   0.00, Rel Int
  11, NA , LG2,       0.0000, eV,   0.00, Rel Int
  11, NA , LG3,       0.0000, eV,   0.00, Rel Int
  11, NA , LG4,       0.0000, eV,   0.00, Rel Int
  11, NA , LG5,       0.0000, eV,   0.00, Rel Int
  11, NA , LG6,       0.0000, eV,   0.00, Rel Int
  11, NA , LN ,       0.0000, eV,   0.00, Rel Int
  11, NA , LL ,       0.0000, eV,   0.00, Rel Int
  11, NA , MA1,       0.0000, eV,   0.00, Rel Int
  11, NA , MA2,       0.0000, eV,   0.00, Rel Int
  11, NA , MB ,       0.0000, eV,   0.00, Rel Int
  11, NA , MG ,       0.0000, eV,   0.00, Rel Int
  12, MG , KA1,    1253.7953, eV, 100.00, Rel Int
  12, MG , KA2,    1253.7953, eV,  50.00, Rel Int
  12, MG , KB1,    1295.6069, eV,   1.00, Rel Int
  12, MG , KB2,       0.0000, eV,   0.00, Rel Int
  12, MG , KB3,       0.0000, eV,   0.00, Rel Int
  12, MG , LA1,       0.0000, eV,   0.00, Rel Int
  12, MG , LA2,       0.0000, eV,   0.00, Rel Int
  12, MG , LB1,       0.0000, eV,   0.00, Rel Int
  12, MG , LB2,       0.0000, eV,   0.00, Rel Int
  12, MG , LB3,       0.0000, eV,   0.00, Rel Int
  12, MG , LB4,       0.0000, eV,   0.00, Rel Int
  12, MG , LB5,       0.0000, eV,   0.00, Rel Int
  12, MG , LB6,       0.0000, eV,   0.00, Rel Int
  12, MG , LB7,       0.0000, eV,   0.00, Rel Int
  12, MG , LB8,       0.0000, eV,   0.00, Rel Int
  12, MG , LB9,       0.0000, eV,   0.00, Rel Int
  12, MG , LG1,       0.0000, eV,   0.00, Rel Int
  12, MG , LG2,       0.0000, eV,   0.00, Rel Int
  12, MG , LG3,       0.0000, eV,   0.00, Rel Int
  12, MG , LG4,       0.0000, eV,   0.00, Rel Int
  12, MG , LG5,       0.0000, eV,   0.00, Rel Int
  12, MG , LG6,       0.0000, eV,   0.00, Rel Int
  12, MG , LN ,       0.0000, eV,   0.00, Rel Int
  12, MG , LL ,       0.0000, eV,   0.00, Rel Int
  12, MG , MA1,       0.0000, eV,   0.00, Rel Int
  12, MG , MA2,       0.0000, eV,   0.00, Rel Int
  12, MG , MB ,       0.0000, eV,   0.00, Rel Int
  12, MG , MG ,       0.0000, eV,   0.00, Rel Int
  13, AL , KA1,    1486.9740, eV, 100.00, Rel Int
  13, AL , KA2,    1486.5452, eV,  50.00, Rel Int
  13, AL , KB1,    1553.0796, eV,   1.32, Rel Int
  13, AL , KB2,       0.0000, eV,   0.00, Rel Int
  13, AL , KB3,    1553.0796, eV,   0.66, Rel Int
  13, AL , LA1,       0.0000, eV,   0.00, Rel Int
  13, AL , LA2,       0.0000, eV,   0.00, Rel Int
  13, AL , LB1,       0.0000, eV,   0.00, Rel Int
  13, AL , LB2,       0.0000, eV,   0.00, Rel Int
  13, AL , LB3,       0.0000, eV,   0.00, Rel Int
  13, AL , LB4,       0.0000, eV,   0.00, Rel Int
  13, AL , LB5,       0.0000, eV,   0.00, Rel Int
  13, AL , LB6,       0.0000, eV,   0.00, Rel Int
  13, AL , LB7,       0.0000, eV,   0.00, Rel Int
  13, AL , LB8,       0.0000, eV,   0.00, Rel Int
  13, AL , LB9,       0.0000, eV,   0.00, Rel Int
  13, AL , LG1,       0.0000, eV,   0.00, Rel Int
  13, AL , LG2,       0.0000, eV,   0.00, Rel Int
  13, AL , LG3,       0.0000, eV,   0.00, Rel Int
  13, AL , LG4,       0.0000, eV,   0.00, Rel Int
  13, AL , LG5,       0.0000, eV,   0.00, Rel Int
  13, AL , LG6,       0.0000, eV,   0.00, Rel Int
  13, AL , LN ,       0.0000, eV,   0.00, Rel Int
  13, AL , LL ,       0.0000, eV,   0.00, Rel Int
  13, AL , MA1,       0.0000, eV,   0.00, Rel Int
  13, AL , MA2,       0.0000, eV,   0.00, Rel Int
  13, AL , MB ,       0.0000, eV,   0.00, Rel Int
  13, AL , MG ,       0.0000, eV,   0.00, Rel Int
  14, SI , KA1,    1740.0708, eV, 100.00, Rel Int
  14, SI , KA2,    1739.0945, eV,  50.33, Rel Int
  14, SI , KB1,    1829.0945, eV,   2.78, Rel Int
  14, SI , KB2,       0.0000, eV,   0.00, Rel Int
  14, SI , KB3,    1829.0945, eV,   1.39, Rel Int
  14, SI , LA1,       0.0000, eV,   0.00, Rel Int
  14, SI , LA2,       0.0000, eV,   0.00, Rel Int
  14, SI , LB1,       0.0000, eV,   0.00, Rel Int
  14, SI , LB2,       0.0000, eV,   0.00, Rel Int
  14, SI , LB3,       0.0000, eV,   0.00, Rel Int
  14, SI , LB4,       0.0000, eV,   0.00, Rel Int
  14, SI , LB5,       0.0000, eV,   0.00, Rel Int
  14, SI , LB6,       0.0000, eV,   0.00, Rel Int
  14, SI , LB7,       0.0000, eV,   0.00, Rel Int
  14, SI , LB8,       0.0000, eV,   0.00, Rel Int
  14, SI , LB9,       0.0000, eV,   0.00, Rel Int
  14, SI , LG1,       0.0000, eV,   0.00, Rel Int
  14, SI , LG2,       0.0000, eV,   0.00, Rel Int
  14, SI , LG3,       0.0000, eV,   0.00, Rel Int
  14, SI , LG4,       0.0000, eV,   0.00, Rel Int
  14, SI , LG5,       0.0000, eV,   0.00, Rel Int
  14, SI , LG6,       0.0000, eV,   0.00, Rel Int
  14, SI , LN ,       0.0000, eV,   0.00, Rel Int
  14, SI , LL ,       0.0000, eV,   0.00, Rel Int
  14, SI , MA1,       0.0000, eV,   0.00, Rel Int
  14, SI , MA2,       0.0000, eV,   0.00, Rel Int
  14, SI , MB ,       0.0000, eV,   0.00, Rel Int
  14, SI , MG ,       0.0000, eV,   0.00, Rel Int
  15,  P , KA1,    2013.1028, eV, 100.00, Rel Int
  15,  P , KA2,    2012.0901, eV,  50.72, Rel Int
  15,  P , KB1,    2136.0864, eV,   4.45, Rel Int
  15,  P , KB2,       0.0000, eV,   0.00, Rel Int
  15,  P , KB3,    2136.0864, eV,   2.25, Rel Int
  15,  P , LA1,       0.0000, eV,   0.00, Rel Int
  15,  P , LA2,       0.0000, eV,   0.00, Rel Int
  15,  P , LB1,       0.0000, eV,   0.00, Rel Int
  15,  P , LB2,       0.0000, eV,   0.00, Rel Int
  15,  P , LB3,       0.0000, eV,   0.00, Rel Int
  15,  P , LB4,       0.0000, eV,   0.00, Rel Int
  15,  P , LB5,       0.0000, eV,   0.00, Rel Int
  15,  P , LB6,       0.0000, eV,   0.00, Rel Int
  15,  P , LB7,       0.0000, eV,   0.00, Rel Int
  15,  P , LB8,       0.0000, eV,   0.00, Rel Int
  15,  P , LB9,       0.0000, eV,   0.00, Rel Int
  15,  P , LG1,       0.0000, eV,   0.00, Rel Int
  15,  P , LG2,       0.0000, eV,   0.00, Rel Int
  15,  P , LG3,       0.0000, eV,   0.00, Rel Int
  15,  P , LG4,       0.0000, eV,   0.00, Rel Int
  15,  P , LG5,       0.0000, eV,   0.00, Rel Int
  15,  P , LG6,       0.0000, eV,   0.00, Rel Int
  15,  P , LN ,       0.0000, eV,   0.00, Rel Int
  15,  P , LL ,       0.0000, eV,   0.00, Rel Int
  15,  P , MA1,       0.0000, eV,   0.00, Rel Int
  15,  P , MA2,       0.0000, eV,   0.00, Rel Int
  15,  P , MB ,       0.0000, eV,   0.00, Rel Int
  15,  P , MG ,       0.0000, eV,   0.00, Rel Int
  16,  S , KA1,    2307.1211, eV, 100.00, Rel Int
  16,  S , KA2,    2306.0913, eV,  50.53, Rel Int
  16,  S , KB1,    2464.1174, eV,   6.18, Rel Int
  16,  S , KB2,       0.0000, eV,   0.00, Rel Int
  16,  S , KB3,    2464.1174, eV,   3.11, Rel Int
  16,  S , LA1,       0.0000, eV,   0.00, Rel Int
  16,  S , LA2,       0.0000, eV,   0.00, Rel Int
  16,  S , LB1,       0.0000, eV,   0.00, Rel Int
  16,  S , LB2,       0.0000, eV,   0.00, Rel Int
  16,  S , LB3,       0.0000, eV,   0.00, Rel Int
  16,  S , LB4,       0.0000, eV,   0.00, Rel Int
  16,  S , LB5,       0.0000, eV,   0.00, Rel Int
  16,  S , LB6,       0.0000, eV,   0.00, Rel Int
  16,  S , LB7,       0.0000, eV,   0.00, Rel Int
  16,  S , LB8,       0.0000, eV,   0.00, Rel Int
  16,  S , LB9,       0.0000, eV,   0.00, Rel Int
  16,  S , LG1,       0.0000, eV,   0.00, Rel Int
  16,  S , LG2,       0.0000, eV,   0.00, Rel Int
  16,  S , LG3,       0.0000, eV,   0.00, Rel Int
  16,  S , LG4,       0.0000, eV,   0.00, Rel Int
  16,  S , LG5,       0.0000, eV,   0.00, Rel Int
  16,  S , LG6,       0.0000, eV,   0.00, Rel Int
  16,  S , LN ,     148.6655, eV,  50.00, Rel Int
  16,  S , LL ,     148.6655, eV,  95.00, Rel Int
  16,  S , MA1,       0.0000, eV,   0.00, Rel Int
  16,  S , MA2,       0.0000, eV,   0.00, Rel Int
  16,  S , MB ,       0.0000, eV,   0.00, Rel Int
  16,  S , MG ,       0.0000, eV,   0.00, Rel Int
  17, CL , KA1,    2622.1213, eV, 100.00, Rel Int
  17, CL , KA2,    2620.1265, eV,  50.54, Rel Int
  17, CL , KB1,    2815.1350, eV,   8.06, Rel Int
  17, CL , KB2,       0.0000, eV,   0.00, Rel Int
  17, CL , KB3,    2815.1350, eV,   4.09, Rel Int
  17, CL , LA1,       0.0000, eV,   0.00, Rel Int
  17, CL , LA2,       0.0000, eV,   0.00, Rel Int
  17, CL , LB1,       0.0000, eV,   0.00, Rel Int
  17, CL , LB2,       0.0000, eV,   0.00, Rel Int
  17, CL , LB3,       0.0000, eV,   0.00, Rel Int
  17, CL , LB4,       0.0000, eV,   0.00, Rel Int
  17, CL , LB5,       0.0000, eV,   0.00, Rel Int
  17, CL , LB6,       0.0000, eV,   0.00, Rel Int
  17, CL , LB7,       0.0000, eV,   0.00, Rel Int
  17, CL , LB8,       0.0000, eV,   0.00, Rel Int
  17, CL , LB9,       0.0000, eV,   0.00, Rel Int
  17, CL , LG1,       0.0000, eV,   0.00, Rel Int
  17, CL , LG2,       0.0000, eV,   0.00, Rel Int
  17, CL , LG3,       0.0000, eV,   0.00, Rel Int
  17, CL , LG4,       0.0000, eV,   0.00, Rel Int
  17, CL , LG5,       0.0000, eV,   0.00, Rel Int
  17, CL , LG6,       0.0000, eV,   0.00, Rel Int
  17, CL , LN ,     184.3673, eV,  50.00, Rel Int
  17, CL , LL ,     182.7639, eV,  95.00, Rel Int
  17, CL , MA1,       0.0000, eV,   0.00, Rel Int
  17, CL , MA2,       0.0000, eV,   0.00, Rel Int
  17, CL , MB ,       0.0000, eV,   0.00, Rel Int
  17, CL , MG ,       0.0000, eV,   0.00, Rel Int
  18, AR , KA1,    2957.1409, eV, 100.00, Rel Int
  18, AR , KA2,    2955.1672, eV,  50.42, Rel Int
  18, AR , KB1,    3190.1147, eV,  10.17, Rel Int
  18, AR , KB2,       0.0000, eV,   0.00, Rel Int
  18, AR , KB3,    3190.1147, eV,   5.17, Rel Int
  18, AR , LA1,       0.0000, eV,   0.00, Rel Int
  18, AR , LA2,       0.0000, eV,   0.00, Rel Int
  18, AR , LB1,       0.0000, eV,   0.00, Rel Int
  18, AR , LB2,       0.0000, eV,   0.00, Rel Int
  18, AR , LB3,       0.0000, eV,   0.00, Rel Int
  18, AR , LB4,       0.0000, eV,   0.00, Rel Int
  18, AR , LB5,       0.0000, eV,   0.00, Rel Int
  18, AR , LB6,       0.0000, eV,   0.00, Rel Int
  18, AR , LB7,       0.0000, eV,   0.00, Rel Int
  18, AR , LB8,       0.0000, eV,   0.00, Rel Int
  18, AR , LB9,       0.0000, eV,   0.00, Rel Int
  18, AR , LG1,       0.0000, eV,   0.00, Rel Int
  18, AR , LG2,       0.0000, eV,   0.00, Rel Int
  18, AR , LG3,       0.0000, eV,   0.00, Rel Int
  18, AR , LG4,       0.0000, eV,   0.00, Rel Int
  18, AR , LG5,       0.0000, eV,   0.00, Rel Int
  18, AR , LG6,       0.0000, eV,   0.00, Rel Int
  18, AR , LN ,     218.2311, eV,  50.00, Rel Int
  18, AR , LL ,     220.5652, eV,  95.00, Rel Int
  18, AR , MA1,       0.0000, eV,   0.00, Rel Int
  18, AR , MA2,       0.0000, eV,   0.00, Rel Int
  18, AR , MB ,       0.0000, eV,   0.00, Rel Int
  18, AR , MG ,       0.0000, eV,   0.00, Rel Int
  19,  K , KA1,    3313.1230, eV, 100.00, Rel Int
  19,  K , KA2,    3310.1157, eV,  50.58, Rel Int
  19,  K , KB1,    3589.1448, eV,  11.61, Rel Int
  19,  K , KB2,       0.0000, eV,   0.00, Rel Int
  19,  K , KB3,    3589.1448, eV,   5.80, Rel Int
  19,  K , LA1,       0.0000, eV,   0.00, Rel Int
  19,  K , LA2,       0.0000, eV,   0.00, Rel Int
  19,  K , LB1,       0.0000, eV,   0.00, Rel Int
  19,  K , LB2,       0.0000, eV,   0.00, Rel Int
  19,  K , LB3,       0.0000, eV,   0.00, Rel Int
  19,  K , LB4,       0.0000, eV,   0.00, Rel Int
  19,  K , LB5,       0.0000, eV,   0.00, Rel Int
  19,  K , LB6,       0.0000, eV,   0.00, Rel Int
  19,  K , LB7,       0.0000, eV,   0.00, Rel Int
  19,  K , LB8,       0.0000, eV,   0.00, Rel Int
  19,  K , LB9,       0.0000, eV,   0.00, Rel Int
  19,  K , LG1,       0.0000, eV,   0.00, Rel Int
  19,  K , LG2,       0.0000, eV,   0.00, Rel Int
  19,  K , LG3,       0.0000, eV,   0.00, Rel Int
  19,  K , LG4,       0.0000, eV,   0.00, Rel Int
  19,  K , LG5,       0.0000, eV,   0.00, Rel Int
  19,  K , LG6,       0.0000, eV,   0.00, Rel Int
  19,  K , LN ,     261.9883, eV,  50.00, Rel Int
  19,  K , LL ,     259.1895, eV,  95.00, Rel Int
  19,  K , MA1,       0.0000, eV,   0.00, Rel Int
  19,  K , MA2,       0.0000, eV,   0.00, Rel Int
  19,  K , MB ,       0.0000, eV,   0.00, Rel Int
  19,  K , MG ,       0.0000, eV,   0.00, Rel Int
  20, CA , KA1,    3691.1880, eV, 100.00, Rel Int
  20, CA , KA2,    3687.1265, eV,  50.59, Rel Int
  20, CA , KB1,    4012.1348, eV,  12.62, Rel Int
  20, CA , KB2,       0.0000, eV,   0.00, Rel Int
  20, CA , KB3,    4012.1348, eV,   6.31, Rel Int
  20, CA , LA1,     340.6857, eV, 100.00, Rel Int
  20, CA , LA2,     340.6857, eV,  10.00, Rel Int
  20, CA , LB1,     344.1921, eV,  50.00, Rel Int
  20, CA , LB2,       0.0000, eV,   0.00, Rel Int
  20, CA , LB3,       0.0000, eV,   0.00, Rel Int
  20, CA , LB4,       0.0000, eV,   0.00, Rel Int
  20, CA , LB5,       0.0000, eV,   0.00, Rel Int
  20, CA , LB6,       0.0000, eV,   0.00, Rel Int
  20, CA , LB7,       0.0000, eV,   0.00, Rel Int
  20, CA , LB8,       0.0000, eV,   0.00, Rel Int
  20, CA , LB9,       0.0000, eV,   0.00, Rel Int
  20, CA , LG1,       0.0000, eV,   0.00, Rel Int
  20, CA , LG2,       0.0000, eV,   0.00, Rel Int
  20, CA , LG3,       0.0000, eV,   0.00, Rel Int
  20, CA , LG4,       0.0000, eV,   0.00, Rel Int
  20, CA , LG5,       0.0000, eV,   0.00, Rel Int
  20, CA , LG6,       0.0000, eV,   0.00, Rel Int
  20, CA , LN ,     305.8257, eV,  50.00, Rel Int
  20, CA , LL ,     302.0924, eV,  95.00, Rel Int
  20, CA , MA1,       0.0000, eV,   0.00, Rel Int
  20, CA , MA2,       0.0000, eV,   0.00, Rel Int
  20, CA , MB ,       0.0000, eV,   0.00, Rel Int
  20, CA , MG ,       0.0000, eV,   0.00, Rel Int
  21, SC , KA1,    4090.2253, eV, 100.00, Rel Int
  21, SC , KA2,    4085.2388, eV,  50.53, Rel Int
  21, SC , KB1,    4460.2852, eV,  12.84, Rel Int
  21, SC , KB2,       0.0000, eV,   0.00, Rel Int
  21, SC , KB3,    4460.2852, eV,   6.42, Rel Int
  21, SC , LA1,     395.0191, eV, 100.00, Rel Int
  21, SC , LA2,     395.0191, eV,  11.40, Rel Int
  21, SC , LB1,     400.0187, eV,  56.77, Rel Int
  21, SC , LB2,       0.0000, eV,   0.00, Rel Int
  21, SC , LB3,     458.0219, eV,  24.12, Rel Int
  21, SC , LB4,     458.0219, eV,  12.61, Rel Int
  21, SC , LB5,       0.0000, eV,   0.00, Rel Int
  21, SC , LB6,     400.0187, eV,   0.91, Rel Int
  21, SC , LB7,       0.0000, eV,   0.00, Rel Int
  21, SC , LB8,       0.0000, eV,   0.00, Rel Int
  21, SC , LB9,     458.0219, eV,   0.01, Rel Int
  21, SC , LG1,       0.0000, eV,   0.00, Rel Int
  21, SC , LG2,       0.0000, eV,   0.00, Rel Int
  21, SC , LG3,       0.0000, eV,   0.00, Rel Int
  21, SC , LG4,       0.0000, eV,   0.00, Rel Int
  21, SC , LG5,     400.0187, eV,   4.57, Rel Int
  21, SC , LG6,       0.0000, eV,   0.00, Rel Int
  21, SC , LN ,     353.0170, eV,  45.29, Rel Int
  21, SC , LL ,     348.0171, eV,  92.82, Rel Int
  21, SC , MA1,       0.0000, eV,   0.00, Rel Int
  21, SC , MA2,       0.0000, eV,   0.00, Rel Int
  21, SC , MB ,       0.0000, eV,   0.00, Rel Int
  21, SC , MG ,       0.0000, eV,   0.00, Rel Int
  22, TI , KA1,    4510.2583, eV, 100.00, Rel Int
  22, TI , KA2,    4504.1958, eV,  50.68, Rel Int
  22, TI , KB1,    4931.2729, eV,  12.99, Rel Int
  22, TI , KB2,       0.0000, eV,   0.00, Rel Int
  22, TI , KB3,    4931.2729, eV,   6.58, Rel Int
  22, TI , LA1,     452.0223, eV, 100.00, Rel Int
  22, TI , LA2,     452.0223, eV,  11.37, Rel Int
  22, TI , LB1,     458.0219, eV,  56.70, Rel Int
  22, TI , LB2,       0.0000, eV,   0.00, Rel Int
  22, TI , LB3,     519.0260, eV,  11.96, Rel Int
  22, TI , LB4,     519.0260, eV,   6.27, Rel Int
  22, TI , LB5,       0.0000, eV,   0.00, Rel Int
  22, TI , LB6,     453.0215, eV,   0.40, Rel Int
  22, TI , LB7,       0.0000, eV,   0.00, Rel Int
  22, TI , LB8,       0.0000, eV,   0.00, Rel Int
  22, TI , LB9,     519.0260, eV,   0.01, Rel Int
  22, TI , LG1,       0.0000, eV,   0.00, Rel Int
  22, TI , LG2,       0.0000, eV,   0.00, Rel Int
  22, TI , LG3,       0.0000, eV,   0.00, Rel Int
  22, TI , LG4,       0.0000, eV,   0.00, Rel Int
  22, TI , LG5,     458.0219, eV,   2.00, Rel Int
  22, TI , LG6,       0.0000, eV,   0.00, Rel Int
  22, TI , LN ,     401.0188, eV,  20.20, Rel Int
  22, TI , LL ,     395.0191, eV,  41.18, Rel Int
  22, TI , MA1,       0.0000, eV,   0.00, Rel Int
  22, TI , MA2,       0.0000, eV,   0.00, Rel Int
  22, TI , MB ,       0.0000, eV,   0.00, Rel Int
  22, TI , MG ,       0.0000, eV,   0.00, Rel Int
  23,  V , KA1,    4951.1621, eV, 100.00, Rel Int
  23,  V , KA2,    4944.2520, eV,  50.99, Rel Int
  23,  V , KB1,    5426.3647, eV,  13.24, Rel Int
  23,  V , KB2,       0.0000, eV,   0.00, Rel Int
  23,  V , KB3,    5426.3647, eV,   6.69, Rel Int
  23,  V , LA1,     511.0253, eV, 100.00, Rel Int
  23,  V , LA2,     511.0253, eV,  11.41, Rel Int
  23,  V , LB1,     519.0260, eV,  56.84, Rel Int
  23,  V , LB2,       0.0000, eV,   0.00, Rel Int
  23,  V , LB3,     585.0292, eV,   7.56, Rel Int
  23,  V , LB4,     585.0292, eV,   3.98, Rel Int
  23,  V , LB5,       0.0000, eV,   0.00, Rel Int
  23,  V , LB6,     512.0256, eV,   0.24, Rel Int
  23,  V , LB7,       0.0000, eV,   0.00, Rel Int
  23,  V , LB8,       0.0000, eV,   0.00, Rel Int
  23,  V , LB9,     585.0292, eV,   0.01, Rel Int
  23,  V , LG1,       0.0000, eV,   0.00, Rel Int
  23,  V , LG2,       0.0000, eV,   0.00, Rel Int
  23,  V , LG3,       0.0000, eV,   0.00, Rel Int
  23,  V , LG4,       0.0000, eV,   0.00, Rel Int
  23,  V , LG5,     519.0260, eV,   1.19, Rel Int
  23,  V , LG6,       0.0000, eV,   0.00, Rel Int
  23,  V , LN ,     453.0215, eV,  12.37, Rel Int
  23,  V , LL ,     446.0221, eV,  25.00, Rel Int
  23,  V , MA1,       0.0000, eV,   0.00, Rel Int
  23,  V , MA2,       0.0000, eV,   0.00, Rel Int
  23,  V , MB ,       0.0000, eV,   0.00, Rel Int
  23,  V , MG ,       0.0000, eV,   0.00, Rel Int
  24, CR , KA1,    5414.2798, eV, 100.00, Rel Int
  24, CR , KA2,    5405.3096, eV,  50.93, Rel Int
  24, CR , KB1,    5946.3340, eV,  12.91, Rel Int
  24, CR , KB2,       0.0000, eV,   0.00, Rel Int
  24, CR , KB3,    5946.3340, eV,   6.51, Rel Int
  24, CR , LA1,     573.0270, eV, 100.00, Rel Int
  24, CR , LA2,     573.0270, eV,  11.44, Rel Int
  24, CR , LB1,     583.0292, eV,  57.27, Rel Int
  24, CR , LB2,       0.0000, eV,   0.00, Rel Int
  24, CR , LB3,     654.0330, eV,   6.04, Rel Int
  24, CR , LB4,     654.0330, eV,   3.20, Rel Int
  24, CR , LB5,       0.0000, eV,   0.00, Rel Int
  24, CR , LB6,     573.0270, eV,   0.56, Rel Int
  24, CR , LB7,       0.0000, eV,   0.00, Rel Int
  24, CR , LB8,       0.0000, eV,   0.00, Rel Int
  24, CR , LB9,     654.0330, eV,   0.01, Rel Int
  24, CR , LG1,       0.0000, eV,   0.00, Rel Int
  24, CR , LG2,       0.0000, eV,   0.00, Rel Int
  24, CR , LG3,       0.0000, eV,   0.00, Rel Int
  24, CR , LG4,       0.0000, eV,   0.00, Rel Int
  24, CR , LG5,     583.0292, eV,   0.74, Rel Int
  24, CR , LG6,       0.0000, eV,   0.00, Rel Int
  24, CR , LN ,     510.0247, eV,   7.80, Rel Int
  24, CR , LL ,     500.0242, eV,  15.88, Rel Int
  24, CR , MA1,       0.0000, eV,   0.00, Rel Int
  24, CR , MA2,       0.0000, eV,   0.00, Rel Int
  24, CR , MB ,       0.0000, eV,   0.00, Rel Int
  24, CR , MG ,       0.0000, eV,   0.00, Rel Int
  25, MN , KA1,    5898.2451, eV, 100.00, Rel Int
  25, MN , KA2,    5887.3223, eV,  50.97, Rel Int
  25, MN , KB1,    6489.4277, eV,  13.40, Rel Int
  25, MN , KB2,       0.0000, eV,   0.00, Rel Int
  25, MN , KB3,    6489.4277, eV,   6.80, Rel Int
  25, MN , LA1,     637.0297, eV, 100.00, Rel Int
  25, MN , LA2,     637.0297, eV,  11.38, Rel Int
  25, MN , LB1,     649.0311, eV,  56.49, Rel Int
  25, MN , LB2,       0.0000, eV,   0.00, Rel Int
  25, MN , LB3,     721.0349, eV,   5.17, Rel Int
  25, MN , LB4,     721.0349, eV,   2.75, Rel Int
  25, MN , LB5,       0.0000, eV,   0.00, Rel Int
  25, MN , LB6,     640.0320, eV,   1.19, Rel Int
  25, MN , LB7,       0.0000, eV,   0.00, Rel Int
  25, MN , LB8,       0.0000, eV,   0.00, Rel Int
  25, MN , LB9,     721.0349, eV,   0.01, Rel Int
  25, MN , LG1,       0.0000, eV,   0.00, Rel Int
  25, MN , LG2,       0.0000, eV,   0.00, Rel Int
  25, MN , LG3,       0.0000, eV,   0.00, Rel Int
  25, MN , LG4,       0.0000, eV,   0.00, Rel Int
  25, MN , LG5,     649.0311, eV,   0.58, Rel Int
  25, MN , LG6,       0.0000, eV,   0.00, Rel Int
  25, MN , LN ,     567.0284, eV,   6.43, Rel Int
  25, MN , LL ,     556.0280, eV,  13.25, Rel Int
  25, MN , MA1,       0.0000, eV,   0.00, Rel Int
  25, MN , MA2,       0.0000, eV,   0.00, Rel Int
  25, MN , MB ,       0.0000, eV,   0.00, Rel Int
  25, MN , MG ,       0.0000, eV,   0.00, Rel Int
  26, FE , KA1,    6403.2949, eV, 100.00, Rel Int
  26, FE , KA2,    6390.4238, eV,  51.23, Rel Int
  26, FE , KB1,    7057.1465, eV,  13.48, Rel Int
  26, FE , KB2,       0.0000, eV,   0.00, Rel Int
  26, FE , KB3,    7057.1465, eV,   6.84, Rel Int
  26, FE , LA1,     705.0324, eV, 100.00, Rel Int
  26, FE , LA2,     705.0324, eV,  11.44, Rel Int
  26, FE , LB1,     718.0368, eV,  56.51, Rel Int
  26, FE , LB2,       0.0000, eV,   0.00, Rel Int
  26, FE , LB3,     792.0367, eV,   4.79, Rel Int
  26, FE , LB4,     792.0367, eV,   2.57, Rel Int
  26, FE , LB5,       0.0000, eV,   0.00, Rel Int
  26, FE , LB6,     708.0359, eV,   0.91, Rel Int
  26, FE , LB7,       0.0000, eV,   0.00, Rel Int
  26, FE , LB8,       0.0000, eV,   0.00, Rel Int
  26, FE , LB9,     792.0367, eV,   0.01, Rel Int
  26, FE , LG1,       0.0000, eV,   0.00, Rel Int
  26, FE , LG2,       0.0000, eV,   0.00, Rel Int
  26, FE , LG3,       0.0000, eV,   0.00, Rel Int
  26, FE , LG4,       0.0000, eV,   0.00, Rel Int
  26, FE , LG5,     718.0368, eV,   0.45, Rel Int
  26, FE , LG6,       0.0000, eV,   0.00, Rel Int
  26, FE , LN ,     628.0303, eV,   5.11, Rel Int
  26, FE , LL ,     615.0302, eV,  10.53, Rel Int
  26, FE , MA1,       0.0000, eV,   0.00, Rel Int
  26, FE , MA2,       0.0000, eV,   0.00, Rel Int
  26, FE , MB ,       0.0000, eV,   0.00, Rel Int
  26, FE , MG ,       0.0000, eV,   0.00, Rel Int
  27, CO , KA1,    6929.3579, eV, 100.00, Rel Int
  27, CO , KA2,    6914.2876, eV,  51.04, Rel Int
  27, CO , KB1,    7648.3257, eV,  13.54, Rel Int
  27, CO , KB2,       0.0000, eV,   0.00, Rel Int
  27, CO , KB3,    7648.3257, eV,   6.88, Rel Int
  27, CO , LA1,     776.0392, eV, 100.00, Rel Int
  27, CO , LA2,     776.0392, eV,  11.46, Rel Int
  27, CO , LB1,     791.0361, eV,  56.68, Rel Int
  27, CO , LB2,       0.0000, eV,   0.00, Rel Int
  27, CO , LB3,     866.0427, eV,   4.66, Rel Int
  27, CO , LB4,     866.0427, eV,   2.51, Rel Int
  27, CO , LB5,       0.0000, eV,   0.00, Rel Int
  27, CO , LB6,     778.0358, eV,   0.73, Rel Int
  27, CO , LB7,       0.0000, eV,   0.00, Rel Int
  27, CO , LB8,       0.0000, eV,   0.00, Rel Int
  27, CO , LB9,     866.0427, eV,   0.01, Rel Int
  27, CO , LG1,       0.0000, eV,   0.00, Rel Int
  27, CO , LG2,       0.0000, eV,   0.00, Rel Int
  27, CO , LG3,       0.0000, eV,   0.00, Rel Int
  27, CO , LG4,       0.0000, eV,   0.00, Rel Int
  27, CO , LG5,     791.0361, eV,   0.35, Rel Int
  27, CO , LG6,       0.0000, eV,   0.00, Rel Int
  27, CO , LN ,     694.0335, eV,   4.26, Rel Int
  27, CO , LL ,     678.0322, eV,   8.84, Rel Int
  27, CO , MA1,       0.0000, eV,   0.00, Rel Int
  27, CO , MA2,       0.0000, eV,   0.00, Rel Int
  27, CO , MB ,       0.0000, eV,   0.00, Rel Int
  27, CO , MG ,       0.0000, eV,   0.00, Rel Int
  28, NI , KA1,    7477.2041, eV, 100.00, Rel Int
  28, NI , KA2,    7460.5571, eV,  51.18, Rel Int
  28, NI , KB1,    8263.5967, eV,  13.58, Rel Int
  28, NI , KB2,    8329.0967, eV,   0.10, Rel Int
  28, NI , KB3,    8263.5967, eV,   6.92, Rel Int
  28, NI , LA1,     851.0389, eV, 100.00, Rel Int
  28, NI , LA2,     851.0389, eV,  11.45, Rel Int
  28, NI , LB1,     869.0414, eV,  51.86, Rel Int
  28, NI , LB2,       0.0000, eV,   0.00, Rel Int
  28, NI , LB3,     941.0421, eV,   4.40, Rel Int
  28, NI , LB4,     941.0421, eV,   2.37, Rel Int
  28, NI , LB5,       0.0000, eV,   0.00, Rel Int
  28, NI , LB6,     854.0402, eV,   0.59, Rel Int
  28, NI , LB7,       0.0000, eV,   0.00, Rel Int
  28, NI , LB8,       0.0000, eV,   0.00, Rel Int
  28, NI , LB9,     945.0444, eV,   0.01, Rel Int
  28, NI , LG1,       0.0000, eV,   0.00, Rel Int
  28, NI , LG2,       0.0000, eV,   0.00, Rel Int
  28, NI , LG3,       0.0000, eV,   0.00, Rel Int
  28, NI , LG4,       0.0000, eV,   0.00, Rel Int
  28, NI , LG5,     870.0415, eV,   0.26, Rel Int
  28, NI , LG6,       0.0000, eV,   0.00, Rel Int
  28, NI , LN ,     762.0356, eV,   3.30, Rel Int
  28, NI , LL ,     743.0378, eV,   7.53, Rel Int
  28, NI , MA1,       0.0000, eV,   0.00, Rel Int
  28, NI , MA2,       0.0000, eV,   0.00, Rel Int
  28, NI , MB ,       0.0000, eV,   0.00, Rel Int
  28, NI , MG ,       0.0000, eV,   0.00, Rel Int
  29, CU , KA1,    8046.4019, eV, 100.00, Rel Int
  29, CU , KA2,    8026.6069, eV,  51.40, Rel Int
  29, CU , KB1,    8904.5537, eV,  13.41, Rel Int
  29, CU , KB2,    8978.1641, eV,   0.10, Rel Int
  29, CU , KB3,    8904.5537, eV,   6.84, Rel Int
  29, CU , LA1,     930.0444, eV, 100.00, Rel Int
  29, CU , LA2,     930.0444, eV,  11.47, Rel Int
  29, CU , LB1,     950.0483, eV,  51.28, Rel Int
  29, CU , LB2,       0.0000, eV,   0.00, Rel Int
  29, CU , LB3,    1023.0457, eV,   4.21, Rel Int
  29, CU , LB4,    1023.0457, eV,   2.29, Rel Int
  29, CU , LB5,       0.0000, eV,   0.00, Rel Int
  29, CU , LB6,     931.0430, eV,   0.58, Rel Int
  29, CU , LB7,       0.0000, eV,   0.00, Rel Int
  29, CU , LB8,       0.0000, eV,   0.00, Rel Int
  29, CU , LB9,    1038.0520, eV,   0.02, Rel Int
  29, CU , LG1,       0.0000, eV,   0.00, Rel Int
  29, CU , LG2,       0.0000, eV,   0.00, Rel Int
  29, CU , LG3,       0.0000, eV,   0.00, Rel Int
  29, CU , LG4,       0.0000, eV,   0.00, Rel Int
  29, CU , LG5,     953.0424, eV,   0.21, Rel Int
  29, CU , LG6,       0.0000, eV,   0.00, Rel Int
  29, CU , LN ,     832.0382, eV,   2.75, Rel Int
  29, CU , LL ,     811.0405, eV,   6.38, Rel Int
  29, CU , MA1,       0.0000, eV,   0.00, Rel Int
  29, CU , MA2,       0.0000, eV,   0.00, Rel Int
  29, CU , MB ,       0.0000, eV,   0.00, Rel Int
  29, CU , MG ,       0.0000, eV,   0.00, Rel Int
  30, ZN , KA1,    8637.1992, eV, 100.00, Rel Int
  30, ZN , KA2,    8614.3965, eV,  51.43, Rel Int
  30, ZN , KB1,    9570.5908, eV,  13.71, Rel Int
  30, ZN , KB2,    9658.6572, eV,   0.10, Rel Int
  30, ZN , KB3,    9570.5908, eV,   7.01, Rel Int
  30, ZN , LA1,    1012.0480, eV, 100.00, Rel Int
  30, ZN , LA2,    1012.0480, eV,  11.44, Rel Int
  30, ZN , LB1,    1034.0522, eV,  51.40, Rel Int
  30, ZN , LB2,       0.0000, eV,   0.00, Rel Int
  30, ZN , LB3,    1107.0564, eV,   4.32, Rel Int
  30, ZN , LB4,    1107.0564, eV,   2.36, Rel Int
  30, ZN , LB5,       0.0000, eV,   0.00, Rel Int
  30, ZN , LB6,    1020.0494, eV,   0.56, Rel Int
  30, ZN , LB7,       0.0000, eV,   0.00, Rel Int
  30, ZN , LB8,       0.0000, eV,   0.00, Rel Int
  30, ZN , LB9,    1135.0483, eV,   0.02, Rel Int
  30, ZN , LG1,       0.0000, eV,   0.00, Rel Int
  30, ZN , LG2,       0.0000, eV,   0.00, Rel Int
  30, ZN , LG3,       0.0000, eV,   0.00, Rel Int
  30, ZN , LG4,       0.0000, eV,   0.00, Rel Int
  30, ZN , LG5,    1039.0524, eV,   0.18, Rel Int
  30, ZN , LG6,       0.0000, eV,   0.00, Rel Int
  30, ZN , LN ,     906.0463, eV,   2.51, Rel Int
  30, ZN , LL ,     884.0428, eV,   5.86, Rel Int
  30, ZN , MA1,       0.0000, eV,   0.00, Rel Int
  30, ZN , MA2,       0.0000, eV,   0.00, Rel Int
  30, ZN , MB ,       0.0000, eV,   0.00, Rel Int
  30, ZN , MG ,       0.0000, eV,   0.00, Rel Int
  31, GA , KA1,    9250.6904, eV, 100.00, Rel Int
  31, GA , KA2,    9223.1641, eV,  51.34, Rel Int
  31, GA , KB1,   10263.8252, eV,  14.06, Rel Int
  31, GA , KB2,   10365.0732, eV,   0.16, Rel Int
  31, GA , KB3,   10259.5781, eV,   7.17, Rel Int
  31, GA , LA1,    1098.0560, eV, 100.00, Rel Int
  31, GA , LA2,    1098.0560, eV,  11.42, Rel Int
  31, GA , LB1,    1125.0579, eV,  55.68, Rel Int
  31, GA , LB2,       0.0000, eV,   0.00, Rel Int
  31, GA , LB3,    1197.0514, eV,   4.61, Rel Int
  31, GA , LB4,    1197.0514, eV,   2.52, Rel Int
  31, GA , LB5,       0.0000, eV,   0.00, Rel Int
  31, GA , LB6,    1115.0511, eV,   0.53, Rel Int
  31, GA , LB7,       0.0000, eV,   0.00, Rel Int
  31, GA , LB8,       0.0000, eV,   0.00, Rel Int
  31, GA , LB9,    1236.0630, eV,   0.02, Rel Int
  31, GA , LG1,       0.0000, eV,   0.00, Rel Int
  31, GA , LG2,    1279.0604, eV,   0.02, Rel Int
  31, GA , LG3,    1279.0604, eV,   0.04, Rel Int
  31, GA , LG4,       0.0000, eV,   0.00, Rel Int
  31, GA , LG5,    1130.0516, eV,   0.22, Rel Int
  31, GA , LG6,       0.0000, eV,   0.00, Rel Int
  31, GA , LN ,     984.0472, eV,   2.51, Rel Int
  31, GA , LL ,     957.0443, eV,   5.44, Rel Int
  31, GA , MA1,       0.0000, eV,   0.00, Rel Int
  31, GA , MA2,       0.0000, eV,   0.00, Rel Int
  31, GA , MB ,       0.0000, eV,   0.00, Rel Int
  31, GA , MG ,       0.0000, eV,   0.00, Rel Int
  32, GE , KA1,    9885.7441, eV, 100.00, Rel Int
  32, GE , KA2,    9854.3154, eV,  51.50, Rel Int
  32, GE , KB1,   10980.0752, eV,  14.36, Rel Int
  32, GE , KB2,   11100.0000, eV,   0.47, Rel Int
  32, GE , KB3,   10976.1855, eV,   7.33, Rel Int
  32, GE , LA1,    1188.0587, eV, 100.00, Rel Int
  32, GE , LA2,    1188.0587, eV,  11.33, Rel Int
  32, GE , LB1,    1218.0547, eV,  47.28, Rel Int
  32, GE , LB2,       0.0000, eV,   0.00, Rel Int
  32, GE , LB3,    1294.0656, eV,   4.43, Rel Int
  32, GE , LB4,    1286.0654, eV,   2.44, Rel Int
  32, GE , LB5,       0.0000, eV,   0.00, Rel Int
  32, GE , LB6,    1214.0592, eV,   0.50, Rel Int
  32, GE , LB7,       0.0000, eV,   0.00, Rel Int
  32, GE , LB8,       0.0000, eV,   0.00, Rel Int
  32, GE , LB9,    1341.0669, eV,   0.02, Rel Int
  32, GE , LG1,       0.0000, eV,   0.00, Rel Int
  32, GE , LG2,    1395.0718, eV,   0.06, Rel Int
  32, GE , LG3,    1395.0718, eV,   0.11, Rel Int
  32, GE , LG4,       0.0000, eV,   0.00, Rel Int
  32, GE , LG5,    1224.0552, eV,   0.20, Rel Int
  32, GE , LG6,       0.0000, eV,   0.00, Rel Int
  32, GE , LN ,    1068.0525, eV,   2.00, Rel Int
  32, GE , LL ,    1036.0482, eV,   5.11, Rel Int
  32, GE , MA1,       0.0000, eV,   0.00, Rel Int
  32, GE , MA2,       0.0000, eV,   0.00, Rel Int
  32, GE , MB ,       0.0000, eV,   0.00, Rel Int
  32, GE , MG ,       0.0000, eV,   0.00, Rel Int
  33, AS , KA1,   10542.2158, eV, 100.00, Rel Int
  33, AS , KA2,   10506.4834, eV,  51.53, Rel Int
  33, AS , KB1,   11724.5391, eV,  14.59, Rel Int
  33, AS , KB2,   11862.5146, eV,   0.82, Rel Int
  33, AS , KB3,   11718.9990, eV,   7.50, Rel Int
  33, AS , LA1,    1282.0626, eV, 100.00, Rel Int
  33, AS , LA2,    1282.0626, eV,  11.41, Rel Int
  33, AS , LB1,    1317.0630, eV,  47.96, Rel Int
  33, AS , LB2,       0.0000, eV,   0.00, Rel Int
  33, AS , LB3,    1388.0592, eV,   4.77, Rel Int
  33, AS , LB4,    1388.0592, eV,   2.60, Rel Int
  33, AS , LB5,       0.0000, eV,   0.00, Rel Int
  33, AS , LB6,    1317.0630, eV,   0.53, Rel Int
  33, AS , LB7,       0.0000, eV,   0.00, Rel Int
  33, AS , LB8,       0.0000, eV,   0.00, Rel Int
  33, AS , LB9,    1451.0737, eV,   0.03, Rel Int
  33, AS , LG1,       0.0000, eV,   0.00, Rel Int
  33, AS , LG2,    1516.0671, eV,   0.10, Rel Int
  33, AS , LG3,    1516.0671, eV,   0.20, Rel Int
  33, AS , LG4,       0.0000, eV,   0.00, Rel Int
  33, AS , LG5,    1336.0669, eV,   0.21, Rel Int
  33, AS , LG6,       0.0000, eV,   0.00, Rel Int
  33, AS , LN ,    1155.0544, eV,   1.93, Rel Int
  33, AS , LL ,    1120.0575, eV,   4.93, Rel Int
  33, AS , MA1,       0.0000, eV,   0.00, Rel Int
  33, AS , MA2,       0.0000, eV,   0.00, Rel Int
  33, AS , MB ,       0.0000, eV,   0.00, Rel Int
  33, AS , MG ,       0.0000, eV,   0.00, Rel Int
  34, SE , KA1,   11220.5430, eV, 100.00, Rel Int
  34, SE , KA2,   11179.0645, eV,  51.60, Rel Int
  34, SE , KB1,   12494.9111, eV,  15.05, Rel Int
  34, SE , KB2,   12650.4443, eV,   1.24, Rel Int
  34, SE , KB3,   12487.3604, eV,   7.69, Rel Int
  34, SE , LA1,    1379.0585, eV, 100.00, Rel Int
  34, SE , LA2,    1379.0585, eV,  11.42, Rel Int
  34, SE , LB1,    1419.0702, eV,  48.56, Rel Int
  34, SE , LB2,       0.0000, eV,   0.00, Rel Int
  34, SE , LB3,    1490.0673, eV,   4.70, Rel Int
  34, SE , LB4,    1490.0673, eV,   2.48, Rel Int
  34, SE , LB5,       0.0000, eV,   0.00, Rel Int
  34, SE , LB6,    1424.0740, eV,   0.55, Rel Int
  34, SE , LB7,       0.0000, eV,   0.00, Rel Int
  34, SE , LB8,       0.0000, eV,   0.00, Rel Int
  34, SE , LB9,    1565.0774, eV,   0.03, Rel Int
  34, SE , LG1,       0.0000, eV,   0.00, Rel Int
  34, SE , LG2,    1642.0814, eV,   0.15, Rel Int
  34, SE , LG3,    1642.0814, eV,   0.29, Rel Int
  34, SE , LG4,       0.0000, eV,   0.00, Rel Int
  34, SE , LG5,    1453.0636, eV,   0.22, Rel Int
  34, SE , LG6,       0.0000, eV,   0.00, Rel Int
  34, SE , LN ,    1244.0625, eV,   1.87, Rel Int
  34, SE , LL ,    1204.0612, eV,   4.76, Rel Int
  34, SE , MA1,       0.0000, eV,   0.00, Rel Int
  34, SE , MA2,       0.0000, eV,   0.00, Rel Int
  34, SE , MB ,       0.0000, eV,   0.00, Rel Int
  34, SE , MG ,       0.0000, eV,   0.00, Rel Int
  35, BR , KA1,   11922.9746, eV, 100.00, Rel Int
  35, BR , KA2,   11876.1494, eV,  51.82, Rel Int
  35, BR , KB1,   13289.0674, eV,  15.29, Rel Int
  35, BR , KB2,   13468.0645, eV,   1.74, Rel Int
  35, BR , KB3,   13281.9502, eV,   7.84, Rel Int
  35, BR , LA1,    1480.0707, eV, 100.00, Rel Int
  35, BR , LA2,    1480.0707, eV,  11.40, Rel Int
  35, BR , LB1,    1526.0690, eV,  48.97, Rel Int
  35, BR , LB2,       0.0000, eV,   0.00, Rel Int
  35, BR , LB3,    1596.0841, eV,   4.63, Rel Int
  35, BR , LB4,    1596.0841, eV,   2.50, Rel Int
  35, BR , LB5,       0.0000, eV,   0.00, Rel Int
  35, BR , LB6,    1535.0817, eV,   0.56, Rel Int
  35, BR , LB7,       0.0000, eV,   0.00, Rel Int
  35, BR , LB8,       0.0000, eV,   0.00, Rel Int
  35, BR , LB9,    1683.0739, eV,   0.03, Rel Int
  35, BR , LG1,       0.0000, eV,   0.00, Rel Int
  35, BR , LG2,    1773.0919, eV,   0.21, Rel Int
  35, BR , LG3,    1773.0919, eV,   0.39, Rel Int
  35, BR , LG4,       0.0000, eV,   0.00, Rel Int
  35, BR , LG5,    1575.0781, eV,   0.22, Rel Int
  35, BR , LG6,       0.0000, eV,   0.00, Rel Int
  35, BR , LN ,    1339.0682, eV,   1.82, Rel Int
  35, BR , LL ,    1293.0668, eV,   4.62, Rel Int
  35, BR , MA1,       0.0000, eV,   0.00, Rel Int
  35, BR , MA2,       0.0000, eV,   0.00, Rel Int
  35, BR , MB ,       0.0000, eV,   0.00, Rel Int
  35, BR , MG ,       0.0000, eV,   0.00, Rel Int
  36, KR , KA1,   12649.1533, eV, 100.00, Rel Int
  36, KR , KA2,   12596.4648, eV,  51.82, Rel Int
  36, KR , KB1,   14110.2764, eV,  15.38, Rel Int
  36, KR , KB2,   14312.2480, eV,   2.29, Rel Int
  36, KR , KB3,   14102.2529, eV,   7.85, Rel Int
  36, KR , LA1,    1586.0793, eV, 100.00, Rel Int
  36, KR , LA2,    1586.0793, eV,  11.40, Rel Int
  36, KR , LB1,    1636.0793, eV,  48.79, Rel Int
  36, KR , LB2,       0.0000, eV,   0.00, Rel Int
  36, KR , LB3,    1706.0710, eV,   4.65, Rel Int
  36, KR , LB4,    1697.0804, eV,   2.49, Rel Int
  36, KR , LB5,       0.0000, eV,   0.00, Rel Int
  36, KR , LB6,    1651.0687, eV,   0.58, Rel Int
  36, KR , LB7,       0.0000, eV,   0.00, Rel Int
  36, KR , LB8,       0.0000, eV,   0.00, Rel Int
  36, KR , LB9,    1805.0751, eV,   0.04, Rel Int
  36, KR , LG1,       0.0000, eV,   0.00, Rel Int
  36, KR , LG2,    1909.0784, eV,   0.27, Rel Int
  36, KR , LG3,    1909.0784, eV,   0.50, Rel Int
  36, KR , LG4,       0.0000, eV,   0.00, Rel Int
  36, KR , LG5,    1703.0714, eV,   0.23, Rel Int
  36, KR , LG6,       0.0000, eV,   0.00, Rel Int
  36, KR , LN ,    1438.0640, eV,   1.75, Rel Int
  36, KR , LL ,    1385.0665, eV,   4.51, Rel Int
  36, KR , MA1,       0.0000, eV,   0.00, Rel Int
  36, KR , MA2,       0.0000, eV,   0.00, Rel Int
  36, KR , MB ,       0.0000, eV,   0.00, Rel Int
  36, KR , MG ,       0.0000, eV,   0.00, Rel Int
  37, RB , KA1,   13393.8643, eV, 100.00, Rel Int
  37, RB , KA2,   13333.3691, eV,  51.89, Rel Int
  37, RB , KB1,   14959.8213, eV,  15.58, Rel Int
  37, RB , KB2,   15186.1875, eV,   5.00, Rel Int
  37, RB , KB3,   14948.9990, eV,   7.99, Rel Int
  37, RB , LA1,    1694.0892, eV, 100.00, Rel Int
  37, RB , LA2,    1692.0779, eV,  11.34, Rel Int
  37, RB , LB1,    1752.0950, eV,  48.87, Rel Int
  37, RB , LB2,       0.0000, eV,   0.00, Rel Int
  37, RB , LB3,    1826.0774, eV,   4.71, Rel Int
  37, RB , LB4,    1817.0853, eV,   2.57, Rel Int
  37, RB , LB5,       0.0000, eV,   0.00, Rel Int
  37, RB , LB6,    1775.0974, eV,   0.61, Rel Int
  37, RB , LB7,    1805.0751, eV,   0.02, Rel Int
  37, RB , LB8,       0.0000, eV,   0.00, Rel Int
  37, RB , LB9,    1932.1044, eV,   0.04, Rel Int
  37, RB , LG1,       0.0000, eV,   0.00, Rel Int
  37, RB , LG2,    2050.0835, eV,   0.32, Rel Int
  37, RB , LG3,    2050.0835, eV,   0.58, Rel Int
  37, RB , LG4,       0.0000, eV,   0.00, Rel Int
  37, RB , LG5,    1835.0774, eV,   0.24, Rel Int
  37, RB , LG6,       0.0000, eV,   0.00, Rel Int
  37, RB , LN ,    1542.0693, eV,   1.71, Rel Int
  37, RB , LL ,    1482.0699, eV,   4.41, Rel Int
  37, RB , MA1,       0.0000, eV,   0.00, Rel Int
  37, RB , MA2,       0.0000, eV,   0.00, Rel Int
  37, RB , MB ,       0.0000, eV,   0.00, Rel Int
  37, RB , MG ,       0.0000, eV,   0.00, Rel Int
  38, SR , KA1,   14163.4678, eV, 100.00, Rel Int
  38, SR , KA2,   14095.8398, eV,  52.09, Rel Int
  38, SR , KB1,   15837.3291, eV,  15.00, Rel Int
  38, SR , KB2,   16086.4600, eV,   5.00, Rel Int
  38, SR , KB3,   15827.2002, eV,  15.00, Rel Int
  38, SR , LA1,    1806.0743, eV, 100.00, Rel Int
  38, SR , LA2,    1804.0770, eV,  11.34, Rel Int
  38, SR , LB1,    1871.0782, eV,  47.47, Rel Int
  38, SR , LB2,       0.0000, eV,   0.00, Rel Int
  38, SR , LB3,    1947.0931, eV,   4.70, Rel Int
  38, SR , LB4,    1936.0869, eV,   2.63, Rel Int
  38, SR , LB5,       0.0000, eV,   0.00, Rel Int
  38, SR , LB6,    1901.0870, eV,   0.64, Rel Int
  38, SR , LB7,    1939.0845, eV,   0.08, Rel Int
  38, SR , LB8,       0.0000, eV,   0.00, Rel Int
  38, SR , LB9,    2064.1106, eV,   0.04, Rel Int
  38, SR , LG1,       0.0000, eV,   0.00, Rel Int
  38, SR , LG2,    2196.0928, eV,   0.36, Rel Int
  38, SR , LG3,    2196.0928, eV,   0.65, Rel Int
  38, SR , LG4,       0.0000, eV,   0.00, Rel Int
  38, SR , LG5,    1969.0791, eV,   0.25, Rel Int
  38, SR , LG6,       0.0000, eV,   0.00, Rel Int
  38, SR , LN ,    1649.0703, eV,   1.67, Rel Int
  38, SR , LL ,    1582.0723, eV,   4.31, Rel Int
  38, SR , MA1,       0.0000, eV,   0.00, Rel Int
  38, SR , MA2,       0.0000, eV,   0.00, Rel Int
  38, SR , MB ,       0.0000, eV,   0.00, Rel Int
  38, SR , MG ,       0.0000, eV,   0.00, Rel Int
  39,  Y , KA1,   14956.2129, eV, 100.00, Rel Int
  39,  Y , KA2,   14880.8213, eV,  52.31, Rel Int
  39,  Y , KB1,   16739.3203, eV,  15.00, Rel Int
  39,  Y , KB2,   17013.2070, eV,   5.00, Rel Int
  39,  Y , KB3,   16728.0059, eV,  15.00, Rel Int
  39,  Y , LA1,    1922.1002, eV, 100.00, Rel Int
  39,  Y , LA2,    1920.1060, eV,  11.38, Rel Int
  39,  Y , LB1,    1995.0922, eV,  48.91, Rel Int
  39,  Y , LB2,    2075.0962, eV,   0.74, Rel Int
  39,  Y , LB3,    2072.1138, eV,   5.06, Rel Int
  39,  Y , LB4,    2060.0981, eV,   2.86, Rel Int
  39,  Y , LB5,       0.0000, eV,   0.00, Rel Int
  39,  Y , LB6,    2034.1078, eV,   0.66, Rel Int
  39,  Y , LB7,    2078.0872, eV,   0.09, Rel Int
  39,  Y , LB8,       0.0000, eV,   0.00, Rel Int
  39,  Y , LB9,    2199.0918, eV,   0.05, Rel Int
  39,  Y , LG1,    2144.1023, eV,   0.33, Rel Int
  39,  Y , LG2,    2346.1057, eV,   0.42, Rel Int
  39,  Y , LG3,    2346.1057, eV,   0.75, Rel Int
  39,  Y , LG4,       0.0000, eV,   0.00, Rel Int
  39,  Y , LG5,    2110.0940, eV,   0.25, Rel Int
  39,  Y , LG6,       0.0000, eV,   0.00, Rel Int
  39,  Y , LN ,    1761.0790, eV,   1.62, Rel Int
  39,  Y , LL ,    1685.0868, eV,   4.28, Rel Int
  39,  Y , MA1,       0.0000, eV,   0.00, Rel Int
  39,  Y , MA2,       0.0000, eV,   0.00, Rel Int
  39,  Y , MB ,       0.0000, eV,   0.00, Rel Int
  39,  Y , MG ,       0.0000, eV,   0.00, Rel Int
  40, ZR , KA1,   15776.7510, eV, 100.00, Rel Int
  40, ZR , KA2,   15692.7148, eV,  50.00, Rel Int
  40, ZR , KB1,   17669.1484, eV,  15.00, Rel Int
  40, ZR , KB2,   17971.9766, eV,   5.00, Rel Int
  40, ZR , KB3,   17656.5430, eV,  15.00, Rel Int
  40, ZR , LA1,    2042.0812, eV, 100.00, Rel Int
  40, ZR , LA2,    2040.0988, eV,  11.34, Rel Int
  40, ZR , LB1,    2124.0835, eV,  47.39, Rel Int
  40, ZR , LB2,    2219.1257, eV,   1.77, Rel Int
  40, ZR , LB3,    2201.1218, eV,   5.22, Rel Int
  40, ZR , LB4,    2187.1052, eV,   2.99, Rel Int
  40, ZR , LB5,       0.0000, eV,   0.00, Rel Int
  40, ZR , LB6,    2171.0969, eV,   0.68, Rel Int
  40, ZR , LB7,    2222.1086, eV,   0.09, Rel Int
  40, ZR , LB8,       0.0000, eV,   0.00, Rel Int
  40, ZR , LB9,    2338.7156, eV,   0.06, Rel Int
  40, ZR , LG1,    2302.1094, eV,   0.75, Rel Int
  40, ZR , LG2,    2502.1089, eV,   0.46, Rel Int
  40, ZR , LG3,    2502.1089, eV,   0.82, Rel Int
  40, ZR , LG4,       0.0000, eV,   0.00, Rel Int
  40, ZR , LG5,    2255.0881, eV,   0.25, Rel Int
  40, ZR , LG6,       0.0000, eV,   0.00, Rel Int
  40, ZR , LN ,    1876.0895, eV,   1.53, Rel Int
  40, ZR , LL ,    1792.0823, eV,   4.21, Rel Int
  40, ZR , MA1,       0.0000, eV,   0.00, Rel Int
  40, ZR , MA2,       0.0000, eV,   0.00, Rel Int
  40, ZR , MB ,       0.0000, eV,   0.00, Rel Int
  40, ZR , MG ,       0.0000, eV,   0.00, Rel Int
  41, NB , KA1,   16617.9238, eV, 100.00, Rel Int
  41, NB , KA2,   16522.5078, eV,  50.00, Rel Int
  41, NB , KB1,   18623.8789, eV,  15.00, Rel Int
  41, NB , KB2,   18954.8184, eV,   5.00, Rel Int
  41, NB , KB3,   18607.0762, eV,  15.00, Rel Int
  41, NB , LA1,    2166.0901, eV, 100.00, Rel Int
  41, NB , LA2,    2163.1047, eV,  11.36, Rel Int
  41, NB , LB1,    2257.0999, eV,  40.65, Rel Int
  41, NB , LB2,    2367.1128, eV,   3.30, Rel Int
  41, NB , LB3,    2334.0928, eV,   6.43, Rel Int
  41, NB , LB4,    2319.1179, eV,   3.73, Rel Int
  41, NB , LB5,       0.0000, eV,   0.00, Rel Int
  41, NB , LB6,    2312.1118, eV,   0.69, Rel Int
  41, NB , LB7,    2370.0994, eV,   0.04, Rel Int
  41, NB , LB8,       0.0000, eV,   0.00, Rel Int
  41, NB , LB9,    2482.7192, eV,   0.07, Rel Int
  41, NB , LG1,    2461.1340, eV,   1.22, Rel Int
  41, NB , LG2,    2663.1226, eV,   0.59, Rel Int
  41, NB , LG3,    2663.1226, eV,   1.03, Rel Int
  41, NB , LG4,       0.0000, eV,   0.00, Rel Int
  41, NB , LG5,    2406.1130, eV,   0.22, Rel Int
  41, NB , LG6,       0.0000, eV,   0.00, Rel Int
  41, NB , LN ,    1996.0879, eV,   1.29, Rel Int
  41, NB , LL ,    1902.0787, eV,   4.17, Rel Int
  41, NB , MA1,       0.0000, eV,   0.00, Rel Int
  41, NB , MA2,       0.0000, eV,   0.00, Rel Int
  41, NB , MB ,       0.0000, eV,   0.00, Rel Int
  41, NB , MG ,     355.2636, eV,   1.00, Rel Int
  42, MO , KA1,   17481.9238, eV, 100.00, Rel Int
  42, MO , KA2,   17376.3594, eV,  50.00, Rel Int
  42, MO , KB1,   19609.6758, eV,  15.00, Rel Int
  42, MO , KB2,   19967.2520, eV,   5.00, Rel Int
  42, MO , KB3,   19594.1504, eV,  15.00, Rel Int
  42, MO , LA1,    2293.1255, eV, 100.00, Rel Int
  42, MO , LA2,    2289.1035, eV,  11.33, Rel Int
  42, MO , LB1,    2394.1260, eV,  40.92, Rel Int
  42, MO , LB2,    2518.1162, eV,   4.51, Rel Int
  42, MO , LB3,    2473.1121, eV,   6.30, Rel Int
  42, MO , LB4,    2455.1396, eV,   3.67, Rel Int
  42, MO , LB5,       0.0000, eV,   0.00, Rel Int
  42, MO , LB6,    2455.1396, eV,   0.71, Rel Int
  42, MO , LB7,    2519.1394, eV,   0.04, Rel Int
  42, MO , LB8,       0.0000, eV,   0.00, Rel Int
  42, MO , LB9,    2630.9124, eV,   0.08, Rel Int
  42, MO , LG1,    2623.1199, eV,   1.67, Rel Int
  42, MO , LG2,    2830.1072, eV,   0.60, Rel Int
  42, MO , LG3,    2830.1072, eV,   1.05, Rel Int
  42, MO , LG4,       0.0000, eV,   0.00, Rel Int
  42, MO , LG5,    2563.1448, eV,   0.22, Rel Int
  42, MO , LG6,       0.0000, eV,   0.00, Rel Int
  42, MO , LN ,    2120.0884, eV,   1.28, Rel Int
  42, MO , LL ,    2015.0985, eV,   4.15, Rel Int
  42, MO , MA1,       0.0000, eV,   0.00, Rel Int
  42, MO , MA2,       0.0000, eV,   0.00, Rel Int
  42, MO , MB ,       0.0000, eV,   0.00, Rel Int
  42, MO , MG ,       0.0000, eV,   0.00, Rel Int
  43, TC , KA1,   18368.4453, eV, 100.00, Rel Int
  43, TC , KA2,   18252.1719, eV,  50.00, Rel Int
  43, TC , KB1,   20619.8242, eV,  15.00, Rel Int
  43, TC , KB2,   21007.6250, eV,   5.00, Rel Int
  43, TC , KB3,   20599.2695, eV,  15.00, Rel Int
  43, TC , LA1,    2424.1306, eV, 100.00, Rel Int
  43, TC , LA2,    2419.1169, eV,  11.35, Rel Int
  43, TC , LB1,    2536.1438, eV,  41.19, Rel Int
  43, TC , LB2,    2674.1509, eV,   5.84, Rel Int
  43, TC , LB3,    2615.1528, eV,   6.44, Rel Int
  43, TC , LB4,    2596.0972, eV,   3.76, Rel Int
  43, TC , LB5,       0.0000, eV,   0.00, Rel Int
  43, TC , LB6,    2606.1377, eV,   0.73, Rel Int
  43, TC , LB7,    2676.1133, eV,   0.04, Rel Int
  43, TC , LB8,       0.0000, eV,   0.00, Rel Int
  43, TC , LB9,    2782.9104, eV,   0.08, Rel Int
  43, TC , LG1,    2790.1121, eV,   2.18, Rel Int
  43, TC , LG2,    3002.1792, eV,   0.63, Rel Int
  43, TC , LG3,    3002.1792, eV,   1.11, Rel Int
  43, TC , LG4,       0.0000, eV,   0.00, Rel Int
  43, TC , LG5,    2724.1506, eV,   0.23, Rel Int
  43, TC , LG6,       0.0000, eV,   0.00, Rel Int
  43, TC , LN ,    2249.1157, eV,   1.27, Rel Int
  43, TC , LL ,    2131.0933, eV,   4.12, Rel Int
  43, TC , MA1,       0.0000, eV,   0.00, Rel Int
  43, TC , MA2,       0.0000, eV,   0.00, Rel Int
  43, TC , MB ,       0.0000, eV,   0.00, Rel Int
  43, TC , MG ,       0.0000, eV,   0.00, Rel Int
  44, RU , KA1,   19282.6953, eV, 100.00, Rel Int
  44, RU , KA2,   19151.3770, eV,  50.00, Rel Int
  44, RU , KB1,   21658.8574, eV,  15.00, Rel Int
  44, RU , KB2,   22076.1914, eV,   5.00, Rel Int
  44, RU , KB3,   21636.1328, eV,  15.00, Rel Int
  44, RU , LA1,    2558.1208, eV, 100.00, Rel Int
  44, RU , LA2,    2554.1157, eV,  11.34, Rel Int
  44, RU , LB1,    2683.1206, eV,  41.30, Rel Int
  44, RU , LB2,    2835.1550, eV,   7.26, Rel Int
  44, RU , LB3,    2763.1265, eV,   6.54, Rel Int
  44, RU , LB4,    2741.1345, eV,   3.85, Rel Int
  44, RU , LB5,       0.0000, eV,   0.00, Rel Int
  44, RU , LB6,    2763.1265, eV,   0.75, Rel Int
  44, RU , LB7,    2836.1279, eV,   0.04, Rel Int
  44, RU , LB8,       0.0000, eV,   0.00, Rel Int
  44, RU , LB9,    2939.5435, eV,   0.09, Rel Int
  44, RU , LG1,    2964.1399, eV,   2.72, Rel Int
  44, RU , LG2,    3180.1326, eV,   0.67, Rel Int
  44, RU , LG3,    3180.1326, eV,   1.15, Rel Int
  44, RU , LG4,       0.0000, eV,   0.00, Rel Int
  44, RU , LG5,    2891.1509, eV,   0.23, Rel Int
  44, RU , LG6,       0.0000, eV,   0.00, Rel Int
  44, RU , LN ,    2382.1208, eV,   1.26, Rel Int
  44, RU , LL ,    2252.0979, eV,   4.11, Rel Int
  44, RU , MA1,       0.0000, eV,   0.00, Rel Int
  44, RU , MA2,       0.0000, eV,   0.00, Rel Int
  44, RU , MB ,       0.0000, eV,   0.00, Rel Int
  44, RU , MG ,     460.9182, eV,   1.00, Rel Int
  45, RH , KA1,   20218.4727, eV, 100.00, Rel Int
  45, RH , KA2,   20074.1484, eV,  50.00, Rel Int
  45, RH , KB1,   22724.8945, eV,  15.00, Rel Int
  45, RH , KB2,   23171.7324, eV,   5.00, Rel Int
  45, RH , KB3,   22699.8809, eV,  15.00, Rel Int
  45, RH , LA1,    2696.1316, eV, 100.00, Rel Int
  45, RH , LA2,    2692.1506, eV,  11.34, Rel Int
  45, RH , LB1,    2834.1182, eV,  41.83, Rel Int
  45, RH , LB2,    3001.1619, eV,   8.54, Rel Int
  45, RH , LB3,    2915.1462, eV,   6.67, Rel Int
  45, RH , LB4,    2890.1399, eV,   3.95, Rel Int
  45, RH , LB5,       0.0000, eV,   0.00, Rel Int
  45, RH , LB6,    2922.1541, eV,   0.76, Rel Int
  45, RH , LB7,    3002.1792, eV,   0.04, Rel Int
  45, RH , LB8,       0.0000, eV,   0.00, Rel Int
  45, RH , LB9,    3101.1479, eV,   0.10, Rel Int
  45, RH , LG1,    3143.1289, eV,   3.28, Rel Int
  45, RH , LG2,    3363.1802, eV,   0.70, Rel Int
  45, RH , LG3,    3363.1802, eV,   1.21, Rel Int
  45, RH , LG4,       0.0000, eV,   0.00, Rel Int
  45, RH , LG5,    3064.1311, eV,   0.24, Rel Int
  45, RH , LG6,       0.0000, eV,   0.00, Rel Int
  45, RH , LN ,    2519.1394, eV,   1.26, Rel Int
  45, RH , LL ,    2376.0947, eV,   4.11, Rel Int
  45, RH , MA1,       0.0000, eV,   0.00, Rel Int
  45, RH , MA2,       0.0000, eV,   0.00, Rel Int
  45, RH , MB ,       0.0000, eV,   0.00, Rel Int
  45, RH , MG ,     495.7497, eV,   1.00, Rel Int
  46, PD , KA1,   21180.5977, eV, 100.00, Rel Int
  46, PD , KA2,   21022.2656, eV,  50.00, Rel Int
  46, PD , KB1,   23818.4883, eV,  15.00, Rel Int
  46, PD , KB2,   24300.2852, eV,   5.00, Rel Int
  46, PD , KB3,   23791.0117, eV,  15.00, Rel Int
  46, PD , LA1,    2838.1404, eV, 100.00, Rel Int
  46, PD , LA2,    2833.1470, eV,  11.34, Rel Int
  46, PD , LB1,    2990.1604, eV,  42.97, Rel Int
  46, PD , LB2,    3171.1853, eV,  10.35, Rel Int
  46, PD , LB3,    3072.1790, eV,   6.82, Rel Int
  46, PD , LB4,    3045.1665, eV,   4.07, Rel Int
  46, PD , LB5,       0.0000, eV,   0.00, Rel Int
  46, PD , LB6,    3087.1719, eV,   0.77, Rel Int
  46, PD , LB7,    3172.1587, eV,   0.04, Rel Int
  46, PD , LB8,       0.0000, eV,   0.00, Rel Int
  46, PD , LB9,    3266.7705, eV,   0.10, Rel Int
  46, PD , LG1,    3328.1528, eV,   4.07, Rel Int
  46, PD , LG2,    3553.1453, eV,   0.74, Rel Int
  46, PD , LG3,    3553.1453, eV,   1.25, Rel Int
  46, PD , LG4,       0.0000, eV,   0.00, Rel Int
  46, PD , LG5,    3243.1860, eV,   0.24, Rel Int
  46, PD , LG6,       0.0000, eV,   0.00, Rel Int
  46, PD , LN ,    2660.1514, eV,   1.29, Rel Int
  46, PD , LL ,    2503.1191, eV,   4.12, Rel Int
  46, PD , MA1,       0.0000, eV,   0.00, Rel Int
  46, PD , MA2,       0.0000, eV,   0.00, Rel Int
  46, PD , MB ,       0.0000, eV,   0.00, Rel Int
  46, PD , MG ,     532.1331, eV,   1.00, Rel Int
  47, AG , KA1,   22167.1543, eV, 100.00, Rel Int
  47, AG , KA2,   21993.7891, eV,  50.00, Rel Int
  47, AG , KB1,   24946.9863, eV,  15.00, Rel Int
  47, AG , KB2,   25460.2988, eV,   5.00, Rel Int
  47, AG , KB3,   24916.8457, eV,  15.00, Rel Int
  47, AG , LA1,    2984.1152, eV, 100.00, Rel Int
  47, AG , LA2,    2978.1660, eV,  11.28, Rel Int
  47, AG , LB1,    3150.1563, eV,  43.97, Rel Int
  47, AG , LB2,    3347.2004, eV,  11.65, Rel Int
  47, AG , LB3,    3234.1343, eV,   7.37, Rel Int
  47, AG , LB4,    3203.1362, eV,   4.44, Rel Int
  47, AG , LB5,       0.0000, eV,   0.00, Rel Int
  47, AG , LB6,    3255.1917, eV,   0.79, Rel Int
  47, AG , LB7,    3350.1851, eV,   0.03, Rel Int
  47, AG , LB8,       0.0000, eV,   0.00, Rel Int
  47, AG , LB9,    3436.3516, eV,   0.12, Rel Int
  47, AG , LG1,    3519.1587, eV,   4.67, Rel Int
  47, AG , LG2,    3743.2300, eV,   0.82, Rel Int
  47, AG , LG3,    3749.2290, eV,   1.40, Rel Int
  47, AG , LG4,       0.0000, eV,   0.00, Rel Int
  47, AG , LG5,    3428.1804, eV,   0.25, Rel Int
  47, AG , LG6,       0.0000, eV,   0.00, Rel Int
  47, AG , LN ,    2806.1516, eV,   1.31, Rel Int
  47, AG , LL ,    2633.1470, eV,   4.13, Rel Int
  47, AG , MA1,       0.0000, eV,   0.00, Rel Int
  47, AG , MA2,       0.0000, eV,   0.00, Rel Int
  47, AG , MB ,       0.0000, eV,   0.00, Rel Int
  47, AG , MG ,     568.2264, eV,   1.00, Rel Int
  48, CD , KA1,   23176.0723, eV, 100.00, Rel Int
  48, CD , KA2,   22986.6348, eV,  50.00, Rel Int
  48, CD , KB1,   26099.3574, eV,  15.00, Rel Int
  48, CD , KB2,   26644.5000, eV,   5.00, Rel Int
  48, CD , KB3,   26066.3691, eV,  15.00, Rel Int
  48, CD , LA1,    3133.1211, eV, 100.00, Rel Int
  48, CD , LA2,    3126.1694, eV,  11.39, Rel Int
  48, CD , LB1,    3316.1357, eV,  44.63, Rel Int
  48, CD , LB2,    3528.1714, eV,  12.88, Rel Int
  48, CD , LB3,    3401.1904, eV,   7.72, Rel Int
  48, CD , LB4,    3367.1990, eV,   4.69, Rel Int
  48, CD , LB5,       0.0000, eV,   0.00, Rel Int
  48, CD , LB6,    3429.1287, eV,   0.81, Rel Int
  48, CD , LB7,    3536.1208, eV,   0.08, Rel Int
  48, CD , LB8,       0.0000, eV,   0.00, Rel Int
  48, CD , LB9,    3611.4124, eV,   0.13, Rel Int
  48, CD , LG1,    3716.1912, eV,   5.20, Rel Int
  48, CD , LG2,    3951.1472, eV,   0.89, Rel Int
  48, CD , LG3,    3951.1472, eV,   1.51, Rel Int
  48, CD , LG4,       0.0000, eV,   0.00, Rel Int
  48, CD , LG5,    3619.2129, eV,   0.26, Rel Int
  48, CD , LG6,       0.0000, eV,   0.00, Rel Int
  48, CD , LN ,    2956.1538, eV,   1.32, Rel Int
  48, CD , LL ,    2767.1345, eV,   4.17, Rel Int
  48, CD , MA1,       0.0000, eV,   0.00, Rel Int
  48, CD , MA2,       0.0000, eV,   0.00, Rel Int
  48, CD , MB ,       0.0000, eV,   0.00, Rel Int
  48, CD , MG ,     605.7010, eV,   1.00, Rel Int
  49, IN , KA1,   24209.9512, eV, 100.00, Rel Int
  49, IN , KA2,   24003.3086, eV,  50.00, Rel Int
  49, IN , KB1,   27278.8926, eV,  15.00, Rel Int
  49, IN , KB2,   27862.4316, eV,   5.00, Rel Int
  49, IN , KB3,   27242.8555, eV,  15.00, Rel Int
  49, IN , LA1,    3286.1648, eV, 100.00, Rel Int
  49, IN , LA2,    3279.1252, eV,  11.32, Rel Int
  49, IN , LB1,    3487.1890, eV,  45.20, Rel Int
  49, IN , LB2,    3713.1863, eV,  13.71, Rel Int
  49, IN , LB3,    3572.1858, eV,   8.78, Rel Int
  49, IN , LB4,    3535.2134, eV,   5.35, Rel Int
  49, IN , LB5,       0.0000, eV,   0.00, Rel Int
  49, IN , LB6,    3608.1541, eV,   0.82, Rel Int
  49, IN , LB7,    3729.1567, eV,   0.10, Rel Int
  49, IN , LB8,       0.0000, eV,   0.00, Rel Int
  49, IN , LB9,    3790.9558, eV,   0.16, Rel Int
  49, IN , LG1,    3920.1655, eV,   5.67, Rel Int
  49, IN , LG2,    4160.2188, eV,   1.05, Rel Int
  49, IN , LG3,    4160.2188, eV,   1.77, Rel Int
  49, IN , LG4,    4236.2651, eV,   0.03, Rel Int
  49, IN , LG5,    3815.2195, eV,   0.27, Rel Int
  49, IN , LG6,       0.0000, eV,   0.00, Rel Int
  49, IN , LN ,    3112.1235, eV,   1.32, Rel Int
  49, IN , LL ,    2904.1531, eV,   4.15, Rel Int
  49, IN , MA1,       0.0000, eV,   0.00, Rel Int
  49, IN , MA2,       0.0000, eV,   0.00, Rel Int
  49, IN , MB ,       0.0000, eV,   0.00, Rel Int
  49, IN , MG ,       0.0000, eV,   0.00, Rel Int
  50, SN , KA1,   25273.0918, eV, 100.00, Rel Int
  50, SN , KA2,   25047.9863, eV,  50.00, Rel Int
  50, SN , KB1,   28491.1465, eV,  15.00, Rel Int
  50, SN , KB2,   29114.6016, eV,   5.00, Rel Int
  50, SN , KB3,   28445.3008, eV,  15.00, Rel Int
  50, SN , LA1,    3443.1270, eV, 100.00, Rel Int
  50, SN , LA2,    3435.2092, eV,  11.34, Rel Int
  50, SN , LB1,    3662.1868, eV,  54.32, Rel Int
  50, SN , LB2,    3904.2417, eV,  14.69, Rel Int
  50, SN , LB3,    3750.1362, eV,  15.47, Rel Int
  50, SN , LB4,    3708.1887, eV,   9.48, Rel Int
  50, SN , LB5,       0.0000, eV,   0.00, Rel Int
  50, SN , LB6,    3792.2312, eV,   0.84, Rel Int
  50, SN , LB7,    3927.2434, eV,   0.11, Rel Int
  50, SN , LB8,       0.0000, eV,   0.00, Rel Int
  50, SN , LB9,    3975.9812, eV,   0.29, Rel Int
  50, SN , LG1,    4130.1465, eV,   7.25, Rel Int
  50, SN , LG2,    4376.2178, eV,   1.93, Rel Int
  50, SN , LG3,    4376.2178, eV,   3.21, Rel Int
  50, SN , LG4,    4463.1748, eV,   0.16, Rel Int
  50, SN , LG5,    4018.2463, eV,   0.32, Rel Int
  50, SN , LG6,       0.0000, eV,   0.00, Rel Int
  50, SN , LN ,    3272.1155, eV,   1.58, Rel Int
  50, SN , LL ,    3044.1199, eV,   4.16, Rel Int
  50, SN , MA1,       0.0000, eV,   0.00, Rel Int
  50, SN , MA2,       0.0000, eV,   0.00, Rel Int
  50, SN , MB ,       0.0000, eV,   0.00, Rel Int
  50, SN , MG ,     691.1204, eV,   1.00, Rel Int
  51, SB , KA1,   26360.6855, eV, 100.00, Rel Int
  51, SB , KA2,   26115.8828, eV,  50.00, Rel Int
  51, SB , KB1,   29730.1914, eV,  15.00, Rel Int
  51, SB , KB2,   30394.7578, eV,   5.00, Rel Int
  51, SB , KB3,   29680.2715, eV,  15.00, Rel Int
  51, SB , LA1,    3604.1687, eV, 100.00, Rel Int
  51, SB , LA2,    3595.1809, eV,  11.35, Rel Int
  51, SB , LB1,    3843.1282, eV,  53.45, Rel Int
  51, SB , LB2,    4100.2349, eV,  15.56, Rel Int
  51, SB , LB3,    3932.2256, eV,  15.10, Rel Int
  51, SB , LB4,    3886.1306, eV,   9.32, Rel Int
  51, SB , LB5,       0.0000, eV,   0.00, Rel Int
  51, SB , LB6,    3979.1714, eV,   0.87, Rel Int
  51, SB , LB7,    4125.1997, eV,   0.12, Rel Int
  51, SB , LB8,       0.0000, eV,   0.00, Rel Int
  51, SB , LB9,    4166.6499, eV,   0.30, Rel Int
  51, SB , LG1,    4347.2183, eV,   7.58, Rel Int
  51, SB , LG2,    4599.2656, eV,   1.94, Rel Int
  51, SB , LG3,    4599.2656, eV,   3.21, Rel Int
  51, SB , LG4,    4696.2993, eV,   0.27, Rel Int
  51, SB , LG5,    4228.1748, eV,   0.32, Rel Int
  51, SB , LG6,       0.0000, eV,   0.00, Rel Int
  51, SB , LN ,    3436.1611, eV,   1.55, Rel Int
  51, SB , LL ,    3188.1462, eV,   4.19, Rel Int
  51, SB , MA1,       0.0000, eV,   0.00, Rel Int
  51, SB , MA2,       0.0000, eV,   0.00, Rel Int
  51, SB , MB ,       0.0000, eV,   0.00, Rel Int
  51, SB , MG ,     732.7837, eV,   1.00, Rel Int
  52, TE , KA1,   27472.7031, eV, 100.00, Rel Int
  52, TE , KA2,   27206.9160, eV,  50.00, Rel Int
  52, TE , KB1,   30996.2559, eV,  15.00, Rel Int
  52, TE , KB2,   31703.0625, eV,   5.00, Rel Int
  52, TE , KB3,   30949.7383, eV,  15.00, Rel Int
  52, TE , LA1,    3769.1748, eV, 100.00, Rel Int
  52, TE , LA2,    3758.2070, eV,  11.28, Rel Int
  52, TE , LB1,    4029.2151, eV,  53.98, Rel Int
  52, TE , LB2,    4301.2212, eV,  16.27, Rel Int
  52, TE , LB3,    4120.2646, eV,  14.58, Rel Int
  52, TE , LB4,    4069.1501, eV,   9.06, Rel Int
  52, TE , LB5,       0.0000, eV,   0.00, Rel Int
  52, TE , LB6,    4173.2417, eV,   0.89, Rel Int
  52, TE , LB7,    4329.1548, eV,   0.13, Rel Int
  52, TE , LB8,       0.0000, eV,   0.00, Rel Int
  52, TE , LB9,    4362.2070, eV,   0.31, Rel Int
  52, TE , LG1,    4570.2754, eV,   7.97, Rel Int
  52, TE , LG2,    4828.1543, eV,   1.93, Rel Int
  52, TE , LG3,    4828.1543, eV,   3.17, Rel Int
  52, TE , LG4,    4936.1812, eV,   0.39, Rel Int
  52, TE , LG5,    4443.1826, eV,   0.33, Rel Int
  52, TE , LG6,       0.0000, eV,   0.00, Rel Int
  52, TE , LN ,    3605.2166, eV,   1.54, Rel Int
  52, TE , LL ,    3335.1355, eV,   4.19, Rel Int
  52, TE , MA1,       0.0000, eV,   0.00, Rel Int
  52, TE , MA2,       0.0000, eV,   0.00, Rel Int
  52, TE , MB ,       0.0000, eV,   0.00, Rel Int
  52, TE , MG ,     778.3239, eV,   1.00, Rel Int
  53,  I , KA1,   28616.3379, eV, 100.00, Rel Int
  53,  I , KA2,   28321.5977, eV,  50.00, Rel Int
  53,  I , KB1,   32298.8926, eV,  15.00, Rel Int
  53,  I , KB2,   33022.9648, eV,   5.00, Rel Int
  53,  I , KB3,   32239.9824, eV,  15.00, Rel Int
  53,  I , LA1,    3937.2202, eV, 100.00, Rel Int
  53,  I , LA2,    3925.1299, eV,  11.33, Rel Int
  53,  I , LB1,    4220.2593, eV,  53.86, Rel Int
  53,  I , LB2,    4507.1431, eV,  17.06, Rel Int
  53,  I , LB3,    4313.1914, eV,  14.64, Rel Int
  53,  I , LB4,    4257.2104, eV,   9.19, Rel Int
  53,  I , LB5,       0.0000, eV,   0.00, Rel Int
  53,  I , LB6,    4370.2021, eV,   0.91, Rel Int
  53,  I , LB7,    4543.1460, eV,   0.14, Rel Int
  53,  I , LB8,       0.0000, eV,   0.00, Rel Int
  53,  I , LB9,    4563.3789, eV,   0.32, Rel Int
  53,  I , LG1,    4800.3018, eV,   8.38, Rel Int
  53,  I , LG2,    5065.2427, eV,   2.00, Rel Int
  53,  I , LG3,    5065.2427, eV,   3.27, Rel Int
  53,  I , LG4,    5184.2700, eV,   0.54, Rel Int
  53,  I , LG5,    4665.1992, eV,   0.34, Rel Int
  53,  I , LG6,       0.0000, eV,   0.00, Rel Int
  53,  I , LN ,    3780.2068, eV,   1.54, Rel Int
  53,  I , LL ,    3484.1511, eV,   4.23, Rel Int
  53,  I , MA1,       0.0000, eV,   0.00, Rel Int
  53,  I , MA2,       0.0000, eV,   0.00, Rel Int
  53,  I , MB ,       0.0000, eV,   0.00, Rel Int
  53,  I , MG ,       0.0000, eV,   0.00, Rel Int
  54, XE , KA1,   29808.9746, eV, 100.00, Rel Int
  54, XE , KA2,   29489.2891, eV,  50.00, Rel Int
  54, XE , KB1,   33651.6328, eV,  15.00, Rel Int
  54, XE , KB2,   34447.9570, eV,   5.00, Rel Int
  54, XE , KB3,   33564.4297, eV,  15.00, Rel Int
  54, XE , LA1,    4109.2036, eV, 100.00, Rel Int
  54, XE , LA2,    4096.1709, eV,  11.31, Rel Int
  54, XE , LB1,    4417.2217, eV,  52.81, Rel Int
  54, XE , LB2,    4718.2817, eV,  17.70, Rel Int
  54, XE , LB3,    4512.2280, eV,  14.12, Rel Int
  54, XE , LB4,    4450.1992, eV,   8.93, Rel Int
  54, XE , LB5,       0.0000, eV,   0.00, Rel Int
  54, XE , LB6,    4572.2979, eV,   0.93, Rel Int
  54, XE , LB7,    4763.2349, eV,   0.15, Rel Int
  54, XE , LB8,       0.0000, eV,   0.00, Rel Int
  54, XE , LB9,    4770.0151, eV,   0.33, Rel Int
  54, XE , LG1,    5036.2324, eV,   8.56, Rel Int
  54, XE , LG2,    5300.1758, eV,   1.98, Rel Int
  54, XE , LG3,    5305.1646, eV,   3.23, Rel Int
  54, XE , LG4,    5439.2192, eV,   0.69, Rel Int
  54, XE , LG5,    4893.3228, eV,   0.33, Rel Int
  54, XE , LG6,       0.0000, eV,   0.00, Rel Int
  54, XE , LN ,    3958.2109, eV,   1.50, Rel Int
  54, XE , LL ,    3637.1558, eV,   4.24, Rel Int
  54, XE , MA1,       0.0000, eV,   0.00, Rel Int
  54, XE , MA2,       0.0000, eV,   0.00, Rel Int
  54, XE , MB ,       0.0000, eV,   0.00, Rel Int
  54, XE , MG ,       0.0000, eV,   0.00, Rel Int
  55, CS , KA1,   30972.9785, eV, 100.00, Rel Int
  55, CS , KA2,   30627.9824, eV,  50.00, Rel Int
  55, CS , KB1,   34993.5117, eV,  15.00, Rel Int
  55, CS , KB2,   35824.2773, eV,   5.00, Rel Int
  55, CS , KB3,   34924.3711, eV,  15.00, Rel Int
  55, CS , LA1,    4286.2031, eV, 100.00, Rel Int
  55, CS , LA2,    4272.1729, eV,  11.34, Rel Int
  55, CS , LB1,    4619.1416, eV,  53.73, Rel Int
  55, CS , LB2,    4935.1987, eV,  19.59, Rel Int
  55, CS , LB3,    4716.3071, eV,  13.99, Rel Int
  55, CS , LB4,    4649.2803, eV,   8.87, Rel Int
  55, CS , LB5,       0.0000, eV,   0.00, Rel Int
  55, CS , LB6,    4780.3140, eV,   0.95, Rel Int
  55, CS , LB7,    4989.2158, eV,   0.16, Rel Int
  55, CS , LB8,       0.0000, eV,   0.00, Rel Int
  55, CS , LB9,    4982.5996, eV,   0.34, Rel Int
  55, CS , LG1,    5279.1880, eV,   9.02, Rel Int
  55, CS , LG2,    5541.3188, eV,   2.01, Rel Int
  55, CS , LG3,    5552.2368, eV,   3.25, Rel Int
  55, CS , LG4,    5702.3872, eV,   0.76, Rel Int
  55, CS , LG5,    5128.3037, eV,   0.34, Rel Int
  55, CS , LG6,       0.0000, eV,   0.00, Rel Int
  55, CS , LN ,    4141.1826, eV,   1.52, Rel Int
  55, CS , LL ,    3794.2041, eV,   4.27, Rel Int
  55, CS , MA1,       0.0000, eV,   0.00, Rel Int
  55, CS , MA2,       0.0000, eV,   0.00, Rel Int
  55, CS , MB ,       0.0000, eV,   0.00, Rel Int
  55, CS , MG ,       0.0000, eV,   0.00, Rel Int
  56, BA , KA1,   32198.0371, eV, 100.00, Rel Int
  56, BA , KA2,   31817.1914, eV,  50.00, Rel Int
  56, BA , KB1,   36382.5508, eV,  15.00, Rel Int
  56, BA , KB2,   37258.9727, eV,   5.00, Rel Int
  56, BA , KB3,   36307.8203, eV,  15.00, Rel Int
  56, BA , LA1,    4465.2646, eV, 100.00, Rel Int
  56, BA , LA2,    4450.1992, eV,  11.35, Rel Int
  56, BA , LB1,    4827.2144, eV,  53.81, Rel Int
  56, BA , LB2,    5156.2427, eV,  19.05, Rel Int
  56, BA , LB3,    4926.1792, eV,  13.78, Rel Int
  56, BA , LB4,    4851.2012, eV,   8.86, Rel Int
  56, BA , LB5,       0.0000, eV,   0.00, Rel Int
  56, BA , LB6,    4993.2344, eV,   0.97, Rel Int
  56, BA , LB7,    5207.3496, eV,   0.18, Rel Int
  56, BA , LB8,       0.0000, eV,   0.00, Rel Int
  56, BA , LB9,    5207.5688, eV,   0.35, Rel Int
  56, BA , LG1,    5530.1963, eV,   9.36, Rel Int
  56, BA , LG2,    5796.2227, eV,   2.04, Rel Int
  56, BA , LG3,    5808.1699, eV,   3.31, Rel Int
  56, BA , LG4,    5972.3989, eV,   0.81, Rel Int
  56, BA , LG5,    5370.1924, eV,   0.35, Rel Int
  56, BA , LG6,       0.0000, eV,   0.00, Rel Int
  56, BA , LN ,    4330.2134, eV,   1.51, Rel Int
  56, BA , LL ,    3953.1628, eV,   4.30, Rel Int
  56, BA , MA1,       0.0000, eV,   0.00, Rel Int
  56, BA , MA2,       0.0000, eV,   0.00, Rel Int
  56, BA , MB ,       0.0000, eV,   0.00, Rel Int
  56, BA , MG ,     972.4471, eV,   1.00, Rel Int
  57, LA , KA1,   33442.4492, eV, 100.00, Rel Int
  57, LA , KA2,   33040.6016, eV,  50.00, Rel Int
  57, LA , KB1,   37805.3945, eV,  15.00, Rel Int
  57, LA , KB2,   38728.3398, eV,   5.00, Rel Int
  57, LA , KB3,   37724.7109, eV,  15.00, Rel Int
  57, LA , LA1,    4650.1519, eV, 100.00, Rel Int
  57, LA , LA2,    4633.2959, eV,  11.31, Rel Int
  57, LA , LB1,    5041.1465, eV,  53.29, Rel Int
  57, LA , LB2,    5383.2495, eV,  19.58, Rel Int
  57, LA , LB3,    5143.1948, eV,  13.41, Rel Int
  57, LA , LB4,    5061.3135, eV,   8.72, Rel Int
  57, LA , LB5,    5467.2808, eV,   0.18, Rel Int
  57, LA , LB6,    5211.2896, eV,   1.00, Rel Int
  57, LA , LB7,    5449.2593, eV,   0.19, Rel Int
  57, LA , LB8,       0.0000, eV,   0.00, Rel Int
  57, LA , LB9,    5424.7026, eV,   0.36, Rel Int
  57, LA , LG1,    5788.3755, eV,   9.57, Rel Int
  57, LA , LG2,    6059.3784, eV,   2.06, Rel Int
  57, LA , LG3,    6073.3281, eV,   3.29, Rel Int
  57, LA , LG4,    6251.2354, eV,   0.87, Rel Int
  57, LA , LG5,    5620.1895, eV,   0.35, Rel Int
  57, LA , LG6,    5865.3203, eV,   0.09, Rel Int
  57, LA , LN ,    4524.2476, eV,   1.50, Rel Int
  57, LA , LL ,    4124.2393, eV,   4.32, Rel Int
  57, LA , MA1,     833.2460, eV, 100.00, Rel Int
  57, LA , MA2,     833.2460, eV, 100.00, Rel Int
  57, LA , MB ,     854.4935, eV,  45.00, Rel Int
  57, LA , MG ,    1026.3824, eV,   1.00, Rel Int
  58, CE , KA1,   34718.5898, eV, 100.00, Rel Int
  58, CE , KA2,   34285.6914, eV,  50.00, Rel Int
  58, CE , KB1,   39256.6797, eV,  15.00, Rel Int
  58, CE , KB2,   40226.6133, eV,   5.00, Rel Int
  58, CE , KB3,   39169.6914, eV,  15.00, Rel Int
  58, CE , LA1,    4839.2725, eV, 100.00, Rel Int
  58, CE , LA2,    4822.1455, eV,  11.35, Rel Int
  58, CE , LB1,    5261.2661, eV,  53.75, Rel Int
  58, CE , LB2,    5612.3032, eV,  19.40, Rel Int
  58, CE , LB3,    5364.1519, eV,  13.25, Rel Int
  58, CE , LB4,    5276.2671, eV,   8.70, Rel Int
  58, CE , LB5,    5705.2739, eV,   0.17, Rel Int
  58, CE , LB6,    5433.2603, eV,   1.00, Rel Int
  58, CE , LB7,    5685.3911, eV,   0.18, Rel Int
  58, CE , LB8,       0.0000, eV,   0.00, Rel Int
  58, CE , LB9,    5656.5991, eV,   0.37, Rel Int
  58, CE , LG1,    6051.3940, eV,   9.55, Rel Int
  58, CE , LG2,    6324.2539, eV,   2.03, Rel Int
  58, CE , LG3,    6340.4243, eV,   3.24, Rel Int
  58, CE , LG4,    6527.3491, eV,   0.80, Rel Int
  58, CE , LG5,    5874.2129, eV,   0.35, Rel Int
  58, CE , LG6,    6141.3149, eV,   0.09, Rel Int
  58, CE , LN ,    4731.2446, eV,   1.50, Rel Int
  58, CE , LL ,    4287.2407, eV,   4.36, Rel Int
  58, CE , MA1,     881.9462, eV, 100.00, Rel Int
  58, CE , MA2,     881.9462, eV, 100.00, Rel Int
  58, CE , MB ,     901.7236, eV,  45.00, Rel Int
  58, CE , MG ,    1075.3427, eV,   1.00, Rel Int
  59, PR , KA1,   36032.9219, eV, 100.00, Rel Int
  59, PR , KA2,   35556.6250, eV,  50.00, Rel Int
  59, PR , KB1,   40756.6055, eV,  15.00, Rel Int
  59, PR , KB2,   41760.7305, eV,   5.00, Rel Int
  59, PR , KB3,   40662.8516, eV,  15.00, Rel Int
  59, PR , LA1,    5033.1660, eV, 100.00, Rel Int
  59, PR , LA2,    5013.2217, eV,  11.34, Rel Int
  59, PR , LB1,    5488.3364, eV,  53.59, Rel Int
  59, PR , LB2,    5849.2715, eV,  19.52, Rel Int
  59, PR , LB3,    5591.2969, eV,  13.09, Rel Int
  59, PR , LB4,    5497.3398, eV,   8.64, Rel Int
  59, PR , LB5,    5949.1870, eV,   0.17, Rel Int
  59, PR , LB6,    5659.1812, eV,   1.02, Rel Int
  59, PR , LB7,    5926.1543, eV,   0.18, Rel Int
  59, PR , LB8,       0.0000, eV,   0.00, Rel Int
  59, PR , LB9,    5894.5991, eV,   0.38, Rel Int
  59, PR , LG1,    6321.3521, eV,   9.61, Rel Int
  59, PR , LG2,    6597.1587, eV,   2.04, Rel Int
  59, PR , LG3,    6615.4629, eV,   3.21, Rel Int
  59, PR , LG4,    6814.3447, eV,   0.79, Rel Int
  59, PR , LG5,    6135.2368, eV,   0.35, Rel Int
  59, PR , LG6,    6422.2002, eV,   0.08, Rel Int
  59, PR , LN ,    4935.1987, eV,   1.49, Rel Int
  59, PR , LL ,    4452.2769, eV,   4.40, Rel Int
  59, PR , MA1,     929.2288, eV, 100.00, Rel Int
  59, PR , MA2,     929.2288, eV, 100.00, Rel Int
  59, PR , MB ,     949.3644, eV,  45.00, Rel Int
  59, PR , MG ,    1127.3595, eV,   1.00, Rel Int
  60, ND , KA1,   37360.2227, eV, 100.00, Rel Int
  60, ND , KA2,   34777.1367, eV,  50.00, Rel Int
  60, ND , KB1,   42274.3633, eV,  15.00, Rel Int
  60, ND , KB2,   43310.1328, eV,   5.00, Rel Int
  60, ND , KB3,   42173.5000, eV,  15.00, Rel Int
  60, ND , LA1,    5229.3125, eV, 100.00, Rel Int
  60, ND , LA2,    5207.3496, eV,  11.32, Rel Int
  60, ND , LB1,    5721.3330, eV,  53.34, Rel Int
  60, ND , LB2,    6088.2397, eV,  19.57, Rel Int
  60, ND , LB3,    5828.3740, eV,  12.87, Rel Int
  60, ND , LB4,    5721.3330, eV,   8.58, Rel Int
  60, ND , LB5,    6198.4204, eV,   0.16, Rel Int
  60, ND , LB6,    5892.3584, eV,   1.03, Rel Int
  60, ND , LB7,    6170.3496, eV,   0.18, Rel Int
  60, ND , LB8,       0.0000, eV,   0.00, Rel Int
  60, ND , LB9,    6138.5781, eV,   0.39, Rel Int
  60, ND , LG1,    6601.3735, eV,   9.64, Rel Int
  60, ND , LG2,    6882.4316, eV,   2.04, Rel Int
  60, ND , LG3,    6900.4341, eV,   3.18, Rel Int
  60, ND , LG4,    7106.4941, eV,   0.78, Rel Int
  60, ND , LG5,    6405.2798, eV,   0.35, Rel Int
  60, ND , LG6,    6710.3428, eV,   0.08, Rel Int
  60, ND , LN ,    5145.3296, eV,   1.47, Rel Int
  60, ND , LL ,    4632.2573, eV,   4.43, Rel Int
  60, ND , MA1,     978.1585, eV, 100.00, Rel Int
  60, ND , MA2,     978.1585, eV, 100.00, Rel Int
  60, ND , MB ,     996.6801, eV,  55.00, Rel Int
  60, ND , MG ,    1180.2666, eV,   1.00, Rel Int
  61, PM , KA1,   38655.7500, eV, 100.00, Rel Int
  61, PM , KA2,   38166.8906, eV,  50.00, Rel Int
  61, PM , KB1,   43827.1484, eV,  15.00, Rel Int
  61, PM , KB2,   44922.8281, eV,   5.00, Rel Int
  61, PM , KB3,   43718.9688, eV,  15.00, Rel Int
  61, PM , LA1,    5432.3086, eV, 100.00, Rel Int
  61, PM , LA2,    5407.1958, eV,  11.33, Rel Int
  61, PM , LB1,    5960.3403, eV,  53.85, Rel Int
  61, PM , LB2,    6338.1558, eV,  19.60, Rel Int
  61, PM , LB3,    6070.3550, eV,  12.47, Rel Int
  61, PM , LB4,    5955.1875, eV,   7.80, Rel Int
  61, PM , LB5,    6452.2793, eV,   0.16, Rel Int
  61, PM , LB6,    6128.2622, eV,   1.04, Rel Int
  61, PM , LB7,    6421.2026, eV,   0.18, Rel Int
  61, PM , LB8,       0.0000, eV,   0.00, Rel Int
  61, PM , LB9,    6389.7651, eV,   0.40, Rel Int
  61, PM , LG1,    6891.2295, eV,   9.80, Rel Int
  61, PM , LG2,    7170.1943, eV,   2.01, Rel Int
  61, PM , LG3,    7189.3193, eV,   3.11, Rel Int
  61, PM , LG4,    7405.3042, eV,   0.77, Rel Int
  61, PM , LG5,    6683.2148, eV,   0.35, Rel Int
  61, PM , LG6,    7005.3115, eV,   0.08, Rel Int
  61, PM , LN ,    5364.1519, eV,   1.48, Rel Int
  61, PM , LL ,    4811.2925, eV,   4.48, Rel Int
  61, PM , MA1,       0.0000, eV,   0.00, Rel Int
  61, PM , MA2,       0.0000, eV,   0.00, Rel Int
  61, PM , MB ,       0.0000, eV,   0.00, Rel Int
  61, PM , MG ,       0.0000, eV,   0.00, Rel Int
  62, SM , KA1,   40135.2734, eV, 100.00, Rel Int
  62, SM , KA2,   39532.6055, eV,  50.00, Rel Int
  62, SM , KB1,   45408.0898, eV,  15.00, Rel Int
  62, SM , KB2,   46552.6914, eV,   5.00, Rel Int
  62, SM , KB3,   45291.7500, eV,  15.00, Rel Int
  62, SM , LA1,    5635.2603, eV, 100.00, Rel Int
  62, SM , LA2,    5607.2271, eV,  11.33, Rel Int
  62, SM , LB1,    6204.3135, eV,  54.39, Rel Int
  62, SM , LB2,    6586.2949, eV,  19.77, Rel Int
  62, SM , LB3,    6317.1650, eV,  12.67, Rel Int
  62, SM , LB4,    6195.3228, eV,   8.69, Rel Int
  62, SM , LB5,    6711.4326, eV,   0.15, Rel Int
  62, SM , LB6,    6369.4136, eV,   1.06, Rel Int
  62, SM , LB7,    6678.1753, eV,   0.18, Rel Int
  62, SM , LB8,       0.0000, eV,   0.00, Rel Int
  62, SM , LB9,    6647.3838, eV,   0.43, Rel Int
  62, SM , LG1,    7177.2505, eV,   9.94, Rel Int
  62, SM , LG2,    7465.4985, eV,   2.08, Rel Int
  62, SM , LG3,    7485.3301, eV,   3.18, Rel Int
  62, SM , LG4,    7712.5532, eV,   0.79, Rel Int
  62, SM , LG5,    6967.5190, eV,   0.36, Rel Int
  62, SM , LG6,    7306.2461, eV,   0.08, Rel Int
  62, SM , LN ,    5588.2725, eV,   1.49, Rel Int
  62, SM , LL ,    4994.2402, eV,   4.52, Rel Int
  62, SM , MA1,    1084.8418, eV, 100.00, Rel Int
  62, SM , MA2,    1084.8418, eV, 100.00, Rel Int
  62, SM , MB ,    1100.1508, eV,  45.00, Rel Int
  62, SM , MG ,    1291.5313, eV,   1.00, Rel Int
  63, EU , KA1,   41536.4375, eV, 100.00, Rel Int
  63, EU , KA2,   40891.2930, eV,  50.00, Rel Int
  63, EU , KB1,   47030.4258, eV,  15.00, Rel Int
  63, EU , KB2,   48259.3828, eV,   5.00, Rel Int
  63, EU , KB3,   46887.8555, eV,  15.00, Rel Int
  63, EU , LA1,    5845.4106, eV, 100.00, Rel Int
  63, EU , LA2,    5816.3438, eV,  11.35, Rel Int
  63, EU , LB1,    6455.3032, eV,  54.88, Rel Int
  63, EU , LB2,    6842.1719, eV,  19.85, Rel Int
  63, EU , LB3,    6570.2402, eV,  12.65, Rel Int
  63, EU , LB4,    6438.2075, eV,   8.74, Rel Int
  63, EU , LB5,    6975.3584, eV,   0.15, Rel Int
  63, EU , LB6,    6616.1689, eV,   1.07, Rel Int
  63, EU , LB7,    6944.4941, eV,   0.18, Rel Int
  63, EU , LB8,       0.0000, eV,   0.00, Rel Int
  63, EU , LB9,    6907.7388, eV,   0.44, Rel Int
  63, EU , LG1,    7479.4600, eV,  10.08, Rel Int
  63, EU , LG2,    7766.1758, eV,   2.10, Rel Int
  63, EU , LG3,    7795.4731, eV,   3.18, Rel Int
  63, EU , LG4,    8029.2065, eV,   0.79, Rel Int
  63, EU , LG5,    7255.3691, eV,   0.36, Rel Int
  63, EU , LG6,    7613.5708, eV,   0.08, Rel Int
  63, EU , LN ,    5816.3438, eV,   1.50, Rel Int
  63, EU , LL ,    5176.2622, eV,   4.56, Rel Int
  63, EU , MA1,    1131.8793, eV, 100.00, Rel Int
  63, EU , MA2,    1131.8793, eV, 100.00, Rel Int
  63, EU , MB ,    1153.3674, eV,  45.00, Rel Int
  63, EU , MG ,    1346.0753, eV,   1.00, Rel Int
  64, GD , KA1,   42994.1094, eV, 100.00, Rel Int
  64, GD , KA2,   42288.8086, eV,  50.00, Rel Int
  64, GD , KB1,   48734.5586, eV,  15.00, Rel Int
  64, GD , KB2,   49974.5781, eV,   5.00, Rel Int
  64, GD , KB3,   48581.4922, eV,  15.00, Rel Int
  64, GD , LA1,    6056.4189, eV, 100.00, Rel Int
  64, GD , LA2,    6024.3428, eV,  11.34, Rel Int
  64, GD , LB1,    6712.1587, eV,  55.16, Rel Int
  64, GD , LB2,    7102.4233, eV,  20.14, Rel Int
  64, GD , LB3,    6830.4873, eV,  12.55, Rel Int
  64, GD , LB4,    6686.4585, eV,   8.79, Rel Int
  64, GD , LB5,    7236.3140, eV,   0.14, Rel Int
  64, GD , LB6,    6866.4233, eV,   1.09, Rel Int
  64, GD , LB7,    7206.4517, eV,   0.19, Rel Int
  64, GD , LB8,       0.0000, eV,   0.00, Rel Int
  64, GD , LB9,    7178.0815, eV,   0.46, Rel Int
  64, GD , LG1,    7784.2163, eV,  10.26, Rel Int
  64, GD , LG2,    8086.2842, eV,   2.13, Rel Int
  64, GD , LG3,    8104.2554, eV,   3.20, Rel Int
  64, GD , LG4,    8354.3564, eV,   0.85, Rel Int
  64, GD , LG5,    7553.2744, eV,   0.37, Rel Int
  64, GD , LG6,    7924.5176, eV,   0.07, Rel Int
  64, GD , LN ,    6049.3271, eV,   1.49, Rel Int
  64, GD , LL ,    5361.3687, eV,   4.63, Rel Int
  64, GD , MA1,    1190.4662, eV, 100.00, Rel Int
  64, GD , MA2,    1190.4662, eV, 100.00, Rel Int
  64, GD , MB ,    1209.1575, eV,  45.00, Rel Int
  64, GD , MG ,    1401.9336, eV,   1.00, Rel Int
  65, TB , KA1,   44477.7344, eV, 100.00, Rel Int
  65, TB , KA2,   43738.7930, eV,  50.00, Rel Int
  65, TB , KB1,   50402.0586, eV,  15.00, Rel Int
  65, TB , KB2,   51751.1719, eV,   5.00, Rel Int
  65, TB , KB3,   50238.3477, eV,  15.00, Rel Int
  65, TB , LA1,    6272.4238, eV, 100.00, Rel Int
  65, TB , LA2,    6237.3984, eV,  11.34, Rel Int
  65, TB , LB1,    6977.3218, eV,  55.13, Rel Int
  65, TB , LB2,    7365.2725, eV,  19.93, Rel Int
  65, TB , LB3,    7095.5132, eV,  12.40, Rel Int
  65, TB , LB4,    6939.4414, eV,   8.74, Rel Int
  65, TB , LB5,    7508.4482, eV,   0.13, Rel Int
  65, TB , LB6,    7115.4668, eV,   1.10, Rel Int
  65, TB , LB7,    7474.4995, eV,   0.18, Rel Int
  65, TB , LB8,       0.0000, eV,   0.00, Rel Int
  65, TB , LB9,    7453.8296, eV,   0.48, Rel Int
  65, TB , LG1,    8100.5493, eV,  10.21, Rel Int
  65, TB , LG2,    8396.2217, eV,   2.12, Rel Int
  65, TB , LG3,    8422.4580, eV,   3.15, Rel Int
  65, TB , LG4,    8683.1719, eV,   0.78, Rel Int
  65, TB , LG5,    7852.2485, eV,   0.36, Rel Int
  65, TB , LG6,    8245.4609, eV,   0.07, Rel Int
  65, TB , LN ,    6283.2314, eV,   1.48, Rel Int
  65, TB , LL ,    5546.2759, eV,   4.65, Rel Int
  65, TB , MA1,    1247.7266, eV, 100.00, Rel Int
  65, TB , MA2,    1247.7266, eV, 100.00, Rel Int
  65, TB , MB ,    1266.2072, eV,  45.00, Rel Int
  65, TB , MG ,    1461.0770, eV,   1.00, Rel Int
  66, DY , KA1,   45998.9063, eV, 100.00, Rel Int
  66, DY , KA2,   45192.4922, eV,  50.00, Rel Int
  66, DY , KB1,   52187.7070, eV,  15.00, Rel Int
  66, DY , KB2,   53496.3438, eV,   5.00, Rel Int
  66, DY , KB3,   52012.2109, eV,  15.00, Rel Int
  66, DY , LA1,    6494.1865, eV, 100.00, Rel Int
  66, DY , LA2,    6457.3203, eV,  11.34, Rel Int
  66, DY , LB1,    7246.4644, eV,  55.50, Rel Int
  66, DY , LB2,    7634.1978, eV,  20.00, Rel Int
  66, DY , LB3,    7369.2124, eV,  12.53, Rel Int
  66, DY , LB4,    7203.5210, eV,   8.91, Rel Int
  66, DY , LB5,    7804.3052, eV,   0.13, Rel Int
  66, DY , LB6,    7369.2124, eV,   1.11, Rel Int
  66, DY , LB7,    7726.4912, eV,   0.18, Rel Int
  66, DY , LB8,       0.0000, eV,   0.00, Rel Int
  66, DY , LB9,    7734.2031, eV,   0.50, Rel Int
  66, DY , LG1,    8417.3115, eV,  10.37, Rel Int
  66, DY , LG2,    8713.6836, eV,   2.17, Rel Int
  66, DY , LG3,    8752.4355, eV,   3.19, Rel Int
  66, DY , LG4,    9018.5488, eV,   0.79, Rel Int
  66, DY , LG5,    8165.6353, eV,   0.37, Rel Int
  66, DY , LG6,    8574.4814, eV,   0.07, Rel Int
  66, DY , LN ,    6533.1968, eV,   1.49, Rel Int
  66, DY , LL ,    5742.2661, eV,   4.73, Rel Int
  66, DY , MA1,    1299.2130, eV, 100.00, Rel Int
  66, DY , MA2,    1299.2130, eV, 100.00, Rel Int
  66, DY , MB ,    1325.0721, eV,  45.00, Rel Int
  66, DY , MG ,    1522.4337, eV,   1.00, Rel Int
  67, HO , KA1,   47536.3242, eV, 100.00, Rel Int
  67, HO , KA2,   46693.2266, eV,  50.00, Rel Int
  67, HO , KB1,   53883.9648, eV,  15.00, Rel Int
  67, HO , KB2,   55277.3086, eV,   5.00, Rel Int
  67, HO , KB3,   53720.5391, eV,  15.00, Rel Int
  67, HO , LA1,    6719.4346, eV, 100.00, Rel Int
  67, HO , LA2,    6679.2544, eV,  11.34, Rel Int
  67, HO , LB1,    7524.3965, eV,  56.32, Rel Int
  67, HO , LB2,    7910.3613, eV,  19.95, Rel Int
  67, HO , LB3,    7650.2129, eV,  12.55, Rel Int
  67, HO , LB4,    7470.4463, eV,   9.04, Rel Int
  67, HO , LB5,    8061.5737, eV,   0.12, Rel Int
  67, HO , LB6,    7634.1978, eV,   1.13, Rel Int
  67, HO , LB7,    8008.4614, eV,   0.18, Rel Int
  67, HO , LB8,       0.0000, eV,   0.00, Rel Int
  67, HO , LB9,    8028.6865, eV,   0.53, Rel Int
  67, HO , LG1,    8746.2607, eV,  10.56, Rel Int
  67, HO , LG2,    9049.4854, eV,   2.21, Rel Int
  67, HO , LG3,    9086.6250, eV,   3.21, Rel Int
  67, HO , LG4,    9373.7813, eV,   0.80, Rel Int
  67, HO , LG5,    8480.6426, eV,   0.37, Rel Int
  67, HO , LG6,    8903.2744, eV,   0.07, Rel Int
  67, HO , LN ,    6787.4858, eV,   1.51, Rel Int
  67, HO , LL ,    5942.3438, eV,   4.76, Rel Int
  67, HO , MA1,    1353.3529, eV, 100.00, Rel Int
  67, HO , MA2,    1353.3529, eV, 100.00, Rel Int
  67, HO , MB ,    1383.0117, eV,  45.00, Rel Int
  67, HO , MG ,    1576.4399, eV,   1.00, Rel Int
  68, ER , KA1,   49102.0078, eV, 100.00, Rel Int
  68, ER , KA2,   48221.7656, eV,  50.00, Rel Int
  68, ER , KB1,   55687.2422, eV,  15.00, Rel Int
  68, ER , KB2,   57100.6289, eV,   5.00, Rel Int
  68, ER , KB3,   55487.4648, eV,  15.00, Rel Int
  68, ER , LA1,    6947.2178, eV, 100.00, Rel Int
  68, ER , LA2,    6904.2769, eV,  11.34, Rel Int
  68, ER , LB1,    7809.2212, eV,  56.58, Rel Int
  68, ER , LB2,    8188.2847, eV,  20.05, Rel Int
  68, ER , LB3,    7938.2163, eV,  12.58, Rel Int
  68, ER , LB4,    7744.3477, eV,   9.22, Rel Int
  68, ER , LB5,    8349.2930, eV,   0.12, Rel Int
  68, ER , LB6,    7908.3428, eV,   1.14, Rel Int
  68, ER , LB7,    8297.3301, eV,   0.18, Rel Int
  68, ER , LB8,       0.0000, eV,   0.00, Rel Int
  68, ER , LB9,    8326.3047, eV,   0.55, Rel Int
  68, ER , LG1,    9087.2910, eV,  10.61, Rel Int
  68, ER , LG2,    9384.4229, eV,   2.25, Rel Int
  68, ER , LG3,    9429.3857, eV,   3.24, Rel Int
  68, ER , LG4,    9721.4209, eV,   0.81, Rel Int
  68, ER , LG5,    8812.1543, eV,   0.38, Rel Int
  68, ER , LG6,    9253.4521, eV,   0.06, Rel Int
  68, ER , LN ,    7057.1465, eV,   1.53, Rel Int
  68, ER , LL ,    6152.2852, eV,   4.82, Rel Int
  68, ER , MA1,    1408.8243, eV, 100.00, Rel Int
  68, ER , MA2,    1408.8243, eV, 100.00, Rel Int
  68, ER , MB ,    1443.0518, eV,  45.00, Rel Int
  68, ER , MG ,    1643.0824, eV,   1.00, Rel Int
  69, TM , KA1,   50732.6992, eV, 100.00, Rel Int
  69, TM , KA2,   49773.5508, eV,  50.00, Rel Int
  69, TM , KB1,   57578.8984, eV,  15.00, Rel Int
  69, TM , KB2,   59013.3281, eV,   5.00, Rel Int
  69, TM , KB3,   57391.9531, eV,  15.00, Rel Int
  69, TM , LA1,    7179.3286, eV, 100.00, Rel Int
  69, TM , LA2,    7132.2480, eV,  11.35, Rel Int
  69, TM , LB1,    8100.5493, eV,  57.29, Rel Int
  69, TM , LB2,    8467.3223, eV,  20.06, Rel Int
  69, TM , LB3,    8229.5898, eV,  12.73, Rel Int
  69, TM , LB4,    8024.5293, eV,   9.45, Rel Int
  69, TM , LB5,    8639.6074, eV,   0.11, Rel Int
  69, TM , LB6,    8176.4048, eV,   1.16, Rel Int
  69, TM , LB7,    8589.3311, eV,   0.18, Rel Int
  69, TM , LB8,       0.0000, eV,   0.00, Rel Int
  69, TM , LB9,    8629.3848, eV,   0.58, Rel Int
  69, TM , LG1,    9424.3691, eV,  10.77, Rel Int
  69, TM , LG2,    9728.2861, eV,   2.31, Rel Int
  69, TM , LG3,    9778.1543, eV,   3.29, Rel Int
  69, TM , LG4,   10083.5234, eV,   0.81, Rel Int
  69, TM , LG5,    9143.5850, eV,   0.38, Rel Int
  69, TM , LG6,    9606.1836, eV,   0.06, Rel Int
  69, TM , LN ,    7308.3999, eV,   1.56, Rel Int
  69, TM , LL ,    6341.3975, eV,   4.89, Rel Int
  69, TM , MA1,    1465.5579, eV, 100.00, Rel Int
  69, TM , MA2,    1465.5579, eV, 100.00, Rel Int
  69, TM , MB ,    1503.0551, eV,  45.00, Rel Int
  69, TM , MG ,       0.0000, eV,   0.00, Rel Int
  70, YB , KA1,   52364.3867, eV, 100.00, Rel Int
  70, YB , KA2,   51343.1758, eV,  50.00, Rel Int
  70, YB , KB1,   59403.2891, eV,  15.00, Rel Int
  70, YB , KB2,   60894.2188, eV,   5.00, Rel Int
  70, YB , KB3,   59147.7344, eV,  15.00, Rel Int
  70, YB , LA1,    7414.1602, eV, 100.00, Rel Int
  70, YB , LA2,    7366.1479, eV,  11.34, Rel Int
  70, YB , LB1,    8400.2041, eV,  57.78, Rel Int
  70, YB , LB2,    8757.3809, eV,  20.17, Rel Int
  70, YB , LB3,    8535.5225, eV,  12.79, Rel Int
  70, YB , LB4,    8312.3486, eV,   9.59, Rel Int
  70, YB , LB5,    8938.5771, eV,   0.11, Rel Int
  70, YB , LB6,    8455.1963, eV,   1.17, Rel Int
  70, YB , LB7,    8887.3203, eV,   0.19, Rel Int
  70, YB , LB8,       0.0000, eV,   0.00, Rel Int
  70, YB , LB9,    8938.5771, eV,   0.61, Rel Int
  70, YB , LG1,    9778.1543, eV,  10.91, Rel Int
  70, YB , LG2,   10088.4463, eV,   2.35, Rel Int
  70, YB , LG3,   10141.2568, eV,   3.31, Rel Int
  70, YB , LG4,   10458.6250, eV,   0.82, Rel Int
  70, YB , LG5,    9489.2852, eV,   0.38, Rel Int
  70, YB , LG6,    9975.6211, eV,   0.06, Rel Int
  70, YB , LN ,    7579.5942, eV,   1.57, Rel Int
  70, YB , LL ,    6544.2310, eV,   4.94, Rel Int
  70, YB , MA1,    1523.4800, eV, 100.00, Rel Int
  70, YB , MA2,    1520.4847, eV, 100.00, Rel Int
  70, YB , MB ,    1567.6698, eV,  45.00, Rel Int
  70, YB , MG ,    1765.1908, eV,   1.00, Rel Int
  71, LU , KA1,   54080.8789, eV, 100.00, Rel Int
  71, LU , KA2,   52969.6289, eV,  50.00, Rel Int
  71, LU , KB1,   61347.0781, eV,  15.00, Rel Int
  71, LU , KB2,   62970.5117, eV,   5.00, Rel Int
  71, LU , KB3,   61104.7188, eV,  15.00, Rel Int
  71, LU , LA1,    7654.4639, eV, 100.00, Rel Int
  71, LU , LA2,    7604.2319, eV,  11.35, Rel Int
  71, LU , LB1,    8708.1758, eV,  58.72, Rel Int
  71, LU , LB2,    9046.8447, eV,  20.36, Rel Int
  71, LU , LB3,    8845.4736, eV,  13.10, Rel Int
  71, LU , LB4,    8605.4277, eV,   9.96, Rel Int
  71, LU , LB5,    9238.2832, eV,   0.10, Rel Int
  71, LU , LB6,    8736.4014, eV,   1.20, Rel Int
  71, LU , LB7,    9186.2637, eV,   0.19, Rel Int
  71, LU , LB8,       0.0000, eV,   0.00, Rel Int
  71, LU , LB9,    9260.3633, eV,   0.66, Rel Int
  71, LU , LG1,   10142.0859, eV,  11.21, Rel Int
  71, LU , LG2,   10458.6250, eV,   2.46, Rel Int
  71, LU , LG3,   10509.1543, eV,   3.42, Rel Int
  71, LU , LG4,   10840.8672, eV,   0.86, Rel Int
  71, LU , LG5,    9841.8008, eV,   0.39, Rel Int
  71, LU , LG6,   10341.7305, eV,   0.05, Rel Int
  71, LU , LN ,    7856.2290, eV,   1.60, Rel Int
  71, LU , LL ,    6752.3691, eV,   5.01, Rel Int
  71, LU , MA1,    1581.5062, eV, 100.00, Rel Int
  71, LU , MA2,    1581.5062, eV, 100.00, Rel Int
  71, LU , MB ,    1631.1934, eV,  45.00, Rel Int
  71, LU , MG ,    1831.9592, eV,   1.00, Rel Int
  72, HF , KA1,   55812.8320, eV, 100.00, Rel Int
  72, HF , KA2,   54630.0469, eV,  50.00, Rel Int
  72, HF , KB1,   63389.8867, eV,  15.00, Rel Int
  72, HF , KB2,   64987.9492, eV,   5.00, Rel Int
  72, HF , KB3,   63195.6367, eV,  15.00, Rel Int
  72, HF , LA1,    7898.2671, eV, 100.00, Rel Int
  72, HF , LA2,    7843.3071, eV,  11.35, Rel Int
  72, HF , LB1,    9021.1729, eV,  57.79, Rel Int
  72, HF , LB2,    9345.5195, eV,  20.48, Rel Int
  72, HF , LB3,    9162.5039, eV,  13.16, Rel Int
  72, HF , LB4,    8904.5537, eV,  10.19, Rel Int
  72, HF , LB5,    9553.6299, eV,   0.25, Rel Int
  72, HF , LB6,    9021.1729, eV,   1.22, Rel Int
  72, HF , LB7,    9494.3721, eV,   0.20, Rel Int
  72, HF , LB8,       0.0000, eV,   0.00, Rel Int
  72, HF , LB9,    9586.1289, eV,   0.69, Rel Int
  72, HF , LG1,   10514.5010, eV,  11.21, Rel Int
  72, HF , LG2,   10832.3428, eV,   2.52, Rel Int
  72, HF , LG3,   10889.4258, eV,   3.47, Rel Int
  72, HF , LG4,   11235.7949, eV,   0.89, Rel Int
  72, HF , LG5,   10199.6543, eV,   0.39, Rel Int
  72, HF , LG6,   10731.0889, eV,   0.14, Rel Int
  72, HF , LN ,    8138.3003, eV,   1.58, Rel Int
  72, HF , LL ,    6958.5249, eV,   5.09, Rel Int
  72, HF , MA1,    1644.5648, eV, 100.00, Rel Int
  72, HF , MA2,    1643.0797, eV, 100.00, Rel Int
  72, HF , MB ,    1697.7544, eV,  45.00, Rel Int
  72, HF , MG ,    1894.6669, eV,   1.00, Rel Int
  73, TA , KA1,   57552.1172, eV, 100.00, Rel Int
  73, TA , KA2,   56295.2891, eV,  50.00, Rel Int
  73, TA , KB1,   65227.7578, eV,  15.00, Rel Int
  73, TA , KB2,   66993.5313, eV,   5.00, Rel Int
  73, TA , KB3,   64953.8320, eV,  15.00, Rel Int
  73, TA , LA1,    8145.2505, eV, 100.00, Rel Int
  73, TA , LA2,    8086.2842, eV,  11.36, Rel Int
  73, TA , LB1,    9342.7021, eV,  57.81, Rel Int
  73, TA , LB2,    9649.5449, eV,  20.76, Rel Int
  73, TA , LB3,    9486.3809, eV,  13.33, Rel Int
  73, TA , LB4,    9211.5156, eV,  10.45, Rel Int
  73, TA , LB5,    9873.1484, eV,   0.45, Rel Int
  73, TA , LB6,    9314.6270, eV,   1.23, Rel Int
  73, TA , LB7,    9808.3223, eV,   0.21, Rel Int
  73, TA , LB8,       0.0000, eV,   0.00, Rel Int
  73, TA , LB9,    9922.1348, eV,   0.73, Rel Int
  73, TA , LG1,   10893.2520, eV,  11.34, Rel Int
  73, TA , LG2,   11215.4688, eV,   2.61, Rel Int
  73, TA , LG3,   11276.6719, eV,   3.54, Rel Int
  73, TA , LG4,   11639.7861, eV,   0.92, Rel Int
  73, TA , LG5,   10569.1758, eV,   0.39, Rel Int
  73, TA , LG6,   11129.8926, eV,   0.25, Rel Int
  73, TA , LN ,    8427.6104, eV,   1.58, Rel Int
  73, TA , LL ,    7172.2681, eV,   5.15, Rel Int
  73, TA , MA1,    1709.7838, eV, 100.00, Rel Int
  73, TA , MA2,    1708.1316, eV, 100.00, Rel Int
  73, TA , MB ,    1765.4423, eV,  45.00, Rel Int
  73, TA , MG ,    1964.3062, eV,   1.00, Rel Int
  74,  W , KA1,   59317.8594, eV, 100.00, Rel Int
  74,  W , KA2,   57983.6250, eV,  50.00, Rel Int
  74,  W , KB1,   67248.3984, eV,  15.00, Rel Int
  74,  W , KB2,   69088.2500, eV,   5.00, Rel Int
  74,  W , KB3,   66957.2734, eV,  15.00, Rel Int
  74,  W , LA1,    8396.2217, eV, 100.00, Rel Int
  74,  W , LA2,    8334.1406, eV,  11.37, Rel Int
  74,  W , LB1,    9671.3730, eV,  57.74, Rel Int
  74,  W , LB2,    9958.7949, eV,  20.97, Rel Int
  74,  W , LB3,    9817.6426, eV,  13.51, Rel Int
  74,  W , LB4,    9524.2744, eV,  10.75, Rel Int
  74,  W , LB5,   10199.6543, eV,   0.66, Rel Int
  74,  W , LB6,    9610.6504, eV,   1.26, Rel Int
  74,  W , LB7,   10127.1748, eV,   0.22, Rel Int
  74,  W , LB8,       0.0000, eV,   0.00, Rel Int
  74,  W , LB9,   10264.6738, eV,   0.77, Rel Int
  74,  W , LG1,   11284.8818, eV,  11.39, Rel Int
  74,  W , LG2,   11607.0967, eV,   2.70, Rel Int
  74,  W , LG3,   11672.6611, eV,   3.62, Rel Int
  74,  W , LG4,   12057.4727, eV,   0.98, Rel Int
  74,  W , LG5,   10947.1133, eV,   0.39, Rel Int
  74,  W , LG6,   11537.9678, eV,   0.37, Rel Int
  74,  W , LN ,    8723.4922, eV,   1.57, Rel Int
  74,  W , LL ,    7386.3340, eV,   5.22, Rel Int
  74,  W , MA1,    1775.5551, eV, 100.00, Rel Int
  74,  W , MA2,    1773.2694, eV, 100.00, Rel Int
  74,  W , MB ,    1834.9415, eV,  45.00, Rel Int
  74,  W , MG ,    2035.2429, eV,   1.00, Rel Int
  75, RE , KA1,   61134.9063, eV, 100.00, Rel Int
  75, RE , KA2,   59718.6563, eV,  50.00, Rel Int
  75, RE , KB1,   69320.4766, eV,  15.00, Rel Int
  75, RE , KB2,   71195.0781, eV,   5.00, Rel Int
  75, RE , KB3,   69011.1875, eV,  15.00, Rel Int
  75, RE , LA1,    8651.6641, eV, 100.00, Rel Int
  75, RE , LA2,    8585.1680, eV,  11.32, Rel Int
  75, RE , LB1,   10008.6367, eV,  55.10, Rel Int
  75, RE , LB2,   10273.1797, eV,  21.22, Rel Int
  75, RE , LB3,   10158.7061, eV,  12.22, Rel Int
  75, RE , LB4,    9845.7080, eV,   9.87, Rel Int
  75, RE , LB5,   10530.5762, eV,   0.90, Rel Int
  75, RE , LB6,    9909.4473, eV,   1.29, Rel Int
  75, RE , LB7,   10451.5723, eV,   0.23, Rel Int
  75, RE , LB8,       0.0000, eV,   0.00, Rel Int
  75, RE , LB9,   10615.3252, eV,   0.73, Rel Int
  75, RE , LG1,   11683.6602, eV,  11.08, Rel Int
  75, RE , LG2,   12008.4258, eV,   2.50, Rel Int
  75, RE , LG3,   12080.9717, eV,   3.31, Rel Int
  75, RE , LG4,   12486.1035, eV,   0.93, Rel Int
  75, RE , LG5,   11332.3281, eV,   0.38, Rel Int
  75, RE , LG6,   11954.0117, eV,   0.48, Rel Int
  75, RE , LN ,    9026.4268, eV,   1.51, Rel Int
  75, RE , LL ,    7602.3667, eV,   5.30, Rel Int
  75, RE , MA1,    1842.6963, eV, 100.00, Rel Int
  75, RE , MA2,    1842.6963, eV, 100.00, Rel Int
  75, RE , MB ,    1906.3192, eV,  45.00, Rel Int
  75, RE , MG ,    2106.8308, eV,   1.00, Rel Int
  76, OS , KA1,   63002.5703, eV, 100.00, Rel Int
  76, OS , KA2,   61499.5313, eV,  50.00, Rel Int
  76, OS , KB1,   71400.4922, eV,  15.00, Rel Int
  76, OS , KB2,   73347.3984, eV,   5.00, Rel Int
  76, OS , KB3,   71072.4063, eV,  15.00, Rel Int
  76, OS , LA1,    8910.3125, eV, 100.00, Rel Int
  76, OS , LA2,    8840.4277, eV,  11.37, Rel Int
  76, OS , LB1,   10354.6855, eV,  54.01, Rel Int
  76, OS , LB2,   10595.3682, eV,  21.46, Rel Int
  76, OS , LB3,   10509.1543, eV,  10.24, Rel Int
  76, OS , LB4,   10174.5439, eV,   8.37, Rel Int
  76, OS , LB5,   10869.3789, eV,   1.18, Rel Int
  76, OS , LB6,   10215.6211, eV,   1.31, Rel Int
  76, OS , LB7,   10785.2295, eV,   0.24, Rel Int
  76, OS , LB8,       0.0000, eV,   0.00, Rel Int
  76, OS , LB9,   10978.1299, eV,   0.64, Rel Int
  76, OS , LG1,   12093.9326, eV,  10.96, Rel Int
  76, OS , LG2,   12421.0586, eV,   2.14, Rel Int
  76, OS , LG3,   12498.6895, eV,   2.80, Rel Int
  76, OS , LG4,   12915.3135, eV,   0.81, Rel Int
  76, OS , LG5,   11728.9746, eV,   0.37, Rel Int
  76, OS , LG6,   12383.8398, eV,   0.62, Rel Int
  76, OS , LN ,    9335.6680, eV,   1.48, Rel Int
  76, OS , LL ,    7821.5371, eV,   5.39, Rel Int
  76, OS , MA1,    1910.4069, eV, 100.00, Rel Int
  76, OS , MA2,    1910.4069, eV, 100.00, Rel Int
  76, OS , MB ,    1978.4106, eV,  45.00, Rel Int
  76, OS , MG ,    2182.1013, eV,   1.00, Rel Int
  77, IR , KA1,   64919.7578, eV, 100.00, Rel Int
  77, IR , KA2,   63292.6094, eV,  50.00, Rel Int
  77, IR , KB1,   73565.4297, eV,  15.00, Rel Int
  77, IR , KB2,   75587.6953, eV,   5.00, Rel Int
  77, IR , KB3,   73217.1875, eV,  15.00, Rel Int
  77, IR , LA1,    9174.7080, eV, 100.00, Rel Int
  77, IR , LA2,    9098.6279, eV,  11.28, Rel Int
  77, IR , LB1,   10706.0703, eV,  52.10, Rel Int
  77, IR , LB2,   10918.1934, eV,  21.60, Rel Int
  77, IR , LB3,   10866.5205, eV,   8.74, Rel Int
  77, IR , LB4,   10509.1543, eV,   7.27, Rel Int
  77, IR , LB5,   11209.3848, eV,   1.65, Rel Int
  77, IR , LB6,   10523.4258, eV,   1.33, Rel Int
  77, IR , LB7,   11119.9102, eV,   0.25, Rel Int
  77, IR , LB8,       0.0000, eV,   0.00, Rel Int
  77, IR , LB9,   11345.8086, eV,   0.57, Rel Int
  77, IR , LG1,   12510.0391, eV,  10.68, Rel Int
  77, IR , LG2,   12840.4102, eV,   1.87, Rel Int
  77, IR , LG3,   12922.0430, eV,   2.40, Rel Int
  77, IR , LG4,   13360.6689, eV,   0.71, Rel Int
  77, IR , LG5,   12132.9873, eV,   0.36, Rel Int
  77, IR , LG6,   12819.1689, eV,   0.86, Rel Int
  77, IR , LN ,    9649.5449, eV,   1.43, Rel Int
  77, IR , LL ,    8040.1406, eV,   5.43, Rel Int
  77, IR , MA1,    1979.9905, eV, 100.00, Rel Int
  77, IR , MA2,    1975.8884, eV, 100.00, Rel Int
  77, IR , MB ,    2053.4448, eV,  45.00, Rel Int
  77, IR , MG ,    2254.3091, eV,   1.00, Rel Int
  78, PT , KA1,   66848.7578, eV, 100.00, Rel Int
  78, PT , KA2,   65124.7617, eV,  50.00, Rel Int
  78, PT , KB1,   75772.8359, eV,  15.00, Rel Int
  78, PT , KB2,   77822.0469, eV,   5.00, Rel Int
  78, PT , KB3,   75357.5234, eV,  15.00, Rel Int
  78, PT , LA1,    9441.5928, eV, 100.00, Rel Int
  78, PT , LA2,    9360.3359, eV,  11.39, Rel Int
  78, PT , LB1,   11069.2793, eV,  51.10, Rel Int
  78, PT , LB2,   11248.0264, eV,  21.83, Rel Int
  78, PT , LB3,   11233.7588, eV,   7.83, Rel Int
  78, PT , LB4,   10852.2539, eV,   6.62, Rel Int
  78, PT , LB5,   11559.4814, eV,   1.87, Rel Int
  78, PT , LB6,   10840.8672, eV,   1.36, Rel Int
  78, PT , LB7,   11460.1162, eV,   0.26, Rel Int
  78, PT , LB8,   13173.2891, eV,   0.07, Rel Int
  78, PT , LB9,   11723.4307, eV,   0.53, Rel Int
  78, PT , LG1,   12940.9248, eV,  10.56, Rel Int
  78, PT , LG2,   13269.1563, eV,   1.71, Rel Int
  78, PT , LG3,   13359.2285, eV,   2.18, Rel Int
  78, PT , LG4,   13820.8682, eV,   0.67, Rel Int
  78, PT , LG5,   12550.5615, eV,   0.35, Rel Int
  78, PT , LG6,   13269.1563, eV,   0.95, Rel Int
  78, PT , LN ,    9973.2148, eV,   1.40, Rel Int
  78, PT , LL ,    8267.4541, eV,   5.54, Rel Int
  78, PT , MA1,    2050.3887, eV, 100.00, Rel Int
  78, PT , MA2,    2046.6655, eV, 100.00, Rel Int
  78, PT , MB ,    2127.4365, eV,  45.00, Rel Int
  78, PT , MG ,    2331.0210, eV,   3.00, Rel Int
  79, AU , KA1,   68819.2734, eV, 100.00, Rel Int
  79, AU , KA2,   66993.5313, eV,  50.00, Rel Int
  79, AU , KB1,   77969.1563, eV,  15.00, Rel Int
  79, AU , KB2,   80140.5781, eV,   5.00, Rel Int
  79, AU , KB3,   77578.0859, eV,  15.00, Rel Int
  79, AU , LA1,    9712.2832, eV, 100.00, Rel Int
  79, AU , LA2,    9626.3203, eV,  11.39, Rel Int
  79, AU , LB1,   11441.0820, eV,  50.19, Rel Int
  79, AU , LB2,   11582.1582, eV,  21.95, Rel Int
  79, AU , LB3,   11608.1836, eV,   6.90, Rel Int
  79, AU , LB4,   11203.3076, eV,   5.94, Rel Int
  79, AU , LB5,   11914.9541, eV,   2.19, Rel Int
  79, AU , LB6,   11158.9424, eV,   1.39, Rel Int
  79, AU , LB7,   11809.4102, eV,   0.27, Rel Int
  79, AU , LB8,       0.0000, eV,   0.00, Rel Int
  79, AU , LB9,   12111.6543, eV,   0.49, Rel Int
  79, AU , LG1,   13379.4111, eV,  10.51, Rel Int
  79, AU , LG2,   13707.7949, eV,   1.54, Rel Int
  79, AU , LG3,   13807.0156, eV,   1.94, Rel Int
  79, AU , LG4,   14289.1563, eV,   0.62, Rel Int
  79, AU , LG5,   12972.0654, eV,   0.35, Rel Int
  79, AU , LG6,   13729.0439, eV,   1.09, Rel Int
  79, AU , LN ,   10307.3398, eV,   1.38, Rel Int
  79, AU , LL ,    8493.4238, eV,   5.62, Rel Int
  79, AU , MA1,    2123.0649, eV, 100.00, Rel Int
  79, AU , MA2,    2117.9878, eV, 100.00, Rel Int
  79, AU , MB ,    2204.6052, eV,  50.00, Rel Int
  79, AU , MG ,    2409.8542, eV,   3.00, Rel Int
  80, HG , KA1,   70809.2500, eV, 100.00, Rel Int
  80, HG , KA2,   68881.6641, eV,  50.00, Rel Int
  80, HG , KB1,   80250.4922, eV,  15.00, Rel Int
  80, HG , KB2,   82493.0156, eV,   5.00, Rel Int
  80, HG , KB3,   80043.2578, eV,  15.00, Rel Int
  80, HG , LA1,    9987.6758, eV, 100.00, Rel Int
  80, HG , LA2,    9896.7910, eV,  11.40, Rel Int
  80, HG , LB1,   11821.7969, eV,  49.38, Rel Int
  80, HG , LB2,   11920.6807, eV,  22.21, Rel Int
  80, HG , LB3,   11993.3262, eV,   6.47, Rel Int
  80, HG , LB4,   11561.6377, eV,   5.66, Rel Int
  80, HG , LB5,   12275.9404, eV,   2.43, Rel Int
  80, HG , LB6,   11480.2773, eV,   1.41, Rel Int
  80, HG , LB7,   12160.3564, eV,   0.28, Rel Int
  80, HG , LB8,       0.0000, eV,   0.00, Rel Int
  80, HG , LB9,   12512.5645, eV,   0.48, Rel Int
  80, HG , LG1,   13828.5752, eV,  10.40, Rel Int
  80, HG , LG2,   14160.2334, eV,   1.47, Rel Int
  80, HG , LG3,   14262.8555, eV,   1.84, Rel Int
  80, HG , LG4,   14767.3887, eV,   0.61, Rel Int
  80, HG , LG5,   13408.3486, eV,   0.35, Rel Int
  80, HG , LG6,   14195.9014, eV,   1.19, Rel Int
  80, HG , LN ,   10649.0596, eV,   1.36, Rel Int
  80, HG , LL ,    8720.4248, eV,   5.71, Rel Int
  80, HG , MA1,    2195.3926, eV, 100.00, Rel Int
  80, HG , MA2,    2188.0999, eV, 100.00, Rel Int
  80, HG , MB ,    2282.6135, eV,  50.00, Rel Int
  80, HG , MG ,    2487.7007, eV,   3.00, Rel Int
  81, TL , KA1,   72872.2344, eV, 100.00, Rel Int
  81, TL , KA2,   70828.3047, eV,  50.00, Rel Int
  81, TL , KB1,   82601.5000, eV,  15.00, Rel Int
  81, TL , KB2,   84922.6016, eV,   5.00, Rel Int
  81, TL , KB3,   82108.2031, eV,  15.00, Rel Int
  81, TL , LA1,   10257.8809, eV, 100.00, Rel Int
  81, TL , LA2,   10171.2061, eV,  11.38, Rel Int
  81, TL , LB1,   12211.8584, eV,  48.89, Rel Int
  81, TL , LB2,   12268.6533, eV,  22.29, Rel Int
  81, TL , LB3,   12388.7891, eV,   6.07, Rel Int
  81, TL , LB4,   11929.8574, eV,   5.42, Rel Int
  81, TL , LB5,   12641.4160, eV,   2.68, Rel Int
  81, TL , LB6,   11810.5352, eV,   1.43, Rel Int
  81, TL , LB7,   12520.1455, eV,   0.29, Rel Int
  81, TL , LB8,       0.0000, eV,   0.00, Rel Int
  81, TL , LB9,   12918.0039, eV,   0.47, Rel Int
  81, TL , LG1,   14289.1563, eV,  10.38, Rel Int
  81, TL , LG2,   14624.5576, eV,   1.42, Rel Int
  81, TL , LG3,   14734.0469, eV,   1.75, Rel Int
  81, TL , LG4,   15272.4082, eV,   0.60, Rel Int
  81, TL , LG5,   13850.2012, eV,   0.34, Rel Int
  81, TL , LG6,   14685.1836, eV,   1.29, Rel Int
  81, TL , LN ,   10992.7305, eV,   1.34, Rel Int
  81, TL , LL ,    8952.1299, eV,   5.78, Rel Int
  81, TL , MA1,    2270.8242, eV, 100.00, Rel Int
  81, TL , MA2,    2265.8442, eV, 100.00, Rel Int
  81, TL , MB ,    2362.1072, eV,  55.00, Rel Int
  81, TL , MG ,    2570.7444, eV,   3.00, Rel Int
  82, PB , KA1,   74992.1563, eV, 100.00, Rel Int
  82, PB , KA2,   72829.3438, eV,  50.00, Rel Int
  82, PB , KB1,   84925.9141, eV,  15.00, Rel Int
  82, PB , KB2,   87323.2578, eV,   5.00, Rel Int
  82, PB , KB3,   84462.1563, eV,  15.00, Rel Int
  82, PB , LA1,   10550.2900, eV, 100.00, Rel Int
  82, PB , LA2,   10448.9297, eV,  11.31, Rel Int
  82, PB , LB1,   12613.1240, eV,  47.95, Rel Int
  82, PB , LB2,   12619.5420, eV,  22.44, Rel Int
  82, PB , LB3,   12791.3965, eV,   6.05, Rel Int
  82, PB , LB4,   12305.1816, eV,   5.50, Rel Int
  82, PB , LB5,   13014.2754, eV,   2.92, Rel Int
  82, PB , LB6,   12141.3057, eV,   1.46, Rel Int
  82, PB , LB7,   12887.1221, eV,   0.31, Rel Int
  82, PB , LB8,       0.0000, eV,   0.00, Rel Int
  82, PB , LB9,   13334.8037, eV,   0.49, Rel Int
  82, PB , LG1,   14762.1143, eV,  10.32, Rel Int
  82, PB , LG2,   15097.2500, eV,   1.40, Rel Int
  82, PB , LG3,   15216.0674, eV,   1.70, Rel Int
  82, PB , LG4,   15776.7510, eV,   0.60, Rel Int
  82, PB , LG5,   14305.6426, eV,   0.34, Rel Int
  82, PB , LG6,   15178.7354, eV,   1.30, Rel Int
  82, PB , LN ,   11347.8857, eV,   1.32, Rel Int
  82, PB , LL ,    9183.5420, eV,   5.86, Rel Int
  82, PB , MA1,    2345.5732, eV, 100.00, Rel Int
  82, PB , MA2,    2339.8188, eV, 100.00, Rel Int
  82, PB , MB ,    2442.6123, eV,  60.00, Rel Int
  82, PB , MG ,    2652.6960, eV,   5.00, Rel Int
  83, BI , KA1,   77094.7344, eV, 100.00, Rel Int
  83, BI , KA2,   74810.7891, eV,  50.00, Rel Int
  83, BI , KB1,   87323.2578, eV,  15.00, Rel Int
  83, BI , KB2,   89794.6641, eV,   5.00, Rel Int
  83, BI , KB3,   86833.0234, eV,  15.00, Rel Int
  83, BI , LA1,   10837.0781, eV, 100.00, Rel Int
  83, BI , LA2,   10729.2324, eV,  11.44, Rel Int
  83, BI , LB1,   13024.9531, eV,  50.00, Rel Int
  83, BI , LB2,   12976.1387, eV,  22.78, Rel Int
  83, BI , LB3,   13208.3730, eV,   6.07, Rel Int
  83, BI , LB4,   12689.2842, eV,   5.64, Rel Int
  83, BI , LB5,   13393.8643, eV,   3.17, Rel Int
  83, BI , LB6,   12479.8193, eV,   1.50, Rel Int
  83, BI , LB7,   13257.8066, eV,   0.32, Rel Int
  83, BI , LB8,       0.0000, eV,   0.00, Rel Int
  83, BI , LB9,   13762.5713, eV,   0.52, Rel Int
  83, BI , LG1,   15247.9434, eV,  10.00, Rel Int
  83, BI , LG2,   15584.0117, eV,   1.40, Rel Int
  83, BI , LG3,   15708.6523, eV,   1.70, Rel Int
  83, BI , LG4,   16294.0547, eV,   0.60, Rel Int
  83, BI , LG5,   14770.9082, eV,   0.35, Rel Int
  83, BI , LG6,   15684.7568, eV,   1.30, Rel Int
  83, BI , LN ,   11710.1436, eV,   1.34, Rel Int
  83, BI , LL ,    9419.3574, eV,   6.00, Rel Int
  83, BI , MA1,    2422.5674, eV, 100.00, Rel Int
  83, BI , MA2,    2416.9006, eV, 100.00, Rel Int
  83, BI , MB ,    2525.7080, eV,  60.00, Rel Int
  83, BI , MG ,    2735.8120, eV,   5.00, Rel Int
  84, PO , KA1,   79275.5781, eV, 100.00, Rel Int
  84, PO , KA2,   76867.3281, eV,  50.00, Rel Int
  84, PO , KB1,   89780.5938, eV,  15.00, Rel Int
  84, PO , KB2,   92320.9297, eV,   5.00, Rel Int
  84, PO , KB3,   89263.5000, eV,  15.00, Rel Int
  84, PO , LA1,   11129.8926, eV, 100.00, Rel Int
  84, PO , LA2,   11014.2139, eV,  11.36, Rel Int
  84, PO , LB1,   13446.1553, eV,  48.17, Rel Int
  84, PO , LB2,   13336.2373, eV,  22.89, Rel Int
  84, PO , LB3,   13645.9395, eV,   6.03, Rel Int
  84, PO , LB4,   13084.3184, eV,   5.71, Rel Int
  84, PO , LB5,   13779.3955, eV,   3.38, Rel Int
  84, PO , LB6,   12816.5186, eV,   1.53, Rel Int
  84, PO , LB7,   13632.4355, eV,   0.33, Rel Int
  84, PO , LB8,       0.0000, eV,   0.00, Rel Int
  84, PO , LB9,   14210.5449, eV,   0.54, Rel Int
  84, PO , LG1,   15744.6309, eV,  10.00, Rel Int
  84, PO , LG2,   16071.8340, eV,   1.40, Rel Int
  84, PO , LG3,   16219.3018, eV,   3.00, Rel Int
  84, PO , LG4,       0.0000, eV,   0.00, Rel Int
  84, PO , LG5,       0.0000, eV,   0.00, Rel Int
  84, PO , LG6,   16219.3018, eV,   1.30, Rel Int
  84, PO , LN ,   12088.0381, eV,   1.33, Rel Int
  84, PO , LL ,    9662.3281, eV,   6.07, Rel Int
  84, PO , MA1,       0.0000, eV,   0.00, Rel Int
  84, PO , MA2,       0.0000, eV,   0.00, Rel Int
  84, PO , MB ,       0.0000, eV,   0.00, Rel Int
  84, PO , MG ,       0.0000, eV,   0.00, Rel Int
  85, AT , KA1,   81516.7656, eV, 100.00, Rel Int
  85, AT , KA2,   78972.6094, eV,  50.00, Rel Int
  85, AT , KB1,   92320.9297, eV,  15.00, Rel Int
  85, AT , KB2,   94936.4453, eV,   5.00, Rel Int
  85, AT , KB3,   91706.3672, eV,  15.00, Rel Int
  85, AT , LA1,   11425.2676, eV, 100.00, Rel Int
  85, AT , LA2,   11303.4004, eV,  11.41, Rel Int
  85, AT , LB1,   13875.0000, eV,  47.56, Rel Int
  85, AT , LB2,   13701.7354, eV,  23.05, Rel Int
  85, AT , LB3,   14065.4570, eV,   6.00, Rel Int
  85, AT , LB4,   13490.0449, eV,   5.81, Rel Int
  85, AT , LB5,   14169.9434, eV,   3.59, Rel Int
  85, AT , LB6,   13163.4990, eV,   1.55, Rel Int
  85, AT , LB7,   14012.9971, eV,   0.35, Rel Int
  85, AT , LB8,       0.0000, eV,   0.00, Rel Int
  85, AT , LB9,   14664.3408, eV,   0.56, Rel Int
  85, AT , LG1,   16252.0645, eV,  10.00, Rel Int
  85, AT , LG2,       0.0000, eV,   0.00, Rel Int
  85, AT , LG3,       0.0000, eV,   0.00, Rel Int
  85, AT , LG4,       0.0000, eV,   0.00, Rel Int
  85, AT , LG5,       0.0000, eV,   0.00, Rel Int
  85, AT , LG6,       0.0000, eV,   0.00, Rel Int
  85, AT , LN ,   12472.2871, eV,   1.32, Rel Int
  85, AT , LL ,    9887.3213, eV,   6.18, Rel Int
  85, AT , MA1,       0.0000, eV,   0.00, Rel Int
  85, AT , MA2,       0.0000, eV,   0.00, Rel Int
  85, AT , MB ,       0.0000, eV,   0.00, Rel Int
  85, AT , MG ,       0.0000, eV,   0.00, Rel Int
  86, RN , KA1,   83775.0000, eV, 100.00, Rel Int
  86, RN , KA2,   81090.2578, eV,  50.00, Rel Int
  86, RN , KB1,   94863.8047, eV,  15.00, Rel Int
  86, RN , KB2,   97550.7422, eV,   5.00, Rel Int
  86, RN , KB3,   94215.0391, eV,  15.00, Rel Int
  86, RN , LA1,   11725.6484, eV, 100.00, Rel Int
  86, RN , LA2,   11596.2402, eV,  11.39, Rel Int
  86, RN , LB1,   14313.9004, eV,  48.08, Rel Int
  86, RN , LB2,   14071.8418, eV,  23.25, Rel Int
  86, RN , LB3,   14509.8887, eV,   6.07, Rel Int
  86, RN , LB4,   13901.4463, eV,   6.00, Rel Int
  86, RN , LB5,   14566.1426, eV,   3.00, Rel Int
  86, RN , LB6,   13515.0430, eV,   1.59, Rel Int
  86, RN , LB7,   14400.3486, eV,   0.36, Rel Int
  86, RN , LB8,       0.0000, eV,   0.00, Rel Int
  86, RN , LB9,       0.0000, eV,   0.00, Rel Int
  86, RN , LG1,   16770.8652, eV,  10.00, Rel Int
  86, RN , LG2,       0.0000, eV,   0.00, Rel Int
  86, RN , LG3,       0.0000, eV,   0.00, Rel Int
  86, RN , LG4,       0.0000, eV,   0.00, Rel Int
  86, RN , LG5,       0.0000, eV,   0.00, Rel Int
  86, RN , LG6,       0.0000, eV,   0.00, Rel Int
  86, RN , LN ,   12863.0557, eV,   1.34, Rel Int
  86, RN , LL ,   10135.4531, eV,   6.25, Rel Int
  86, RN , MA1,       0.0000, eV,   0.00, Rel Int
  86, RN , MA2,       0.0000, eV,   0.00, Rel Int
  86, RN , MB ,       0.0000, eV,   0.00, Rel Int
  86, RN , MG ,       0.0000, eV,   0.00, Rel Int
  87, FR , KA1,   86102.0859, eV, 100.00, Rel Int
  87, FR , KA2,   83212.7500, eV,  50.00, Rel Int
  87, FR , KB1,   97474.0547, eV,  15.00, Rel Int
  87, FR , KB2,  100232.0156, eV,   5.00, Rel Int
  87, FR , KB3,   96789.2344, eV,  15.00, Rel Int
  87, FR , LA1,   12029.3984, eV, 100.00, Rel Int
  87, FR , LA2,   11893.2373, eV,  11.37, Rel Int
  87, FR , LB1,   14769.1484, eV,  47.91, Rel Int
  87, FR , LB2,   14445.6494, eV,  23.37, Rel Int
  87, FR , LB3,   14974.2754, eV,   5.97, Rel Int
  87, FR , LB4,   14320.5127, eV,   6.03, Rel Int
  87, FR , LB5,   14967.0449, eV,   3.98, Rel Int
  87, FR , LB6,   13871.8955, eV,   1.61, Rel Int
  87, FR , LB7,   14790.2900, eV,   0.37, Rel Int
  87, FR , LB8,       0.0000, eV,   0.00, Rel Int
  87, FR , LB9,       0.0000, eV,   0.00, Rel Int
  87, FR , LG1,   17305.8809, eV,  10.00, Rel Int
  87, FR , LG2,       0.0000, eV,   0.00, Rel Int
  87, FR , LG3,       0.0000, eV,   0.00, Rel Int
  87, FR , LG4,       0.0000, eV,   0.00, Rel Int
  87, FR , LG5,       0.0000, eV,   0.00, Rel Int
  87, FR , LG6,       0.0000, eV,   0.00, Rel Int
  87, FR , LN ,   13259.2236, eV,   1.34, Rel Int
  87, FR , LL ,   10376.3496, eV,   6.34, Rel Int
  87, FR , MA1,       0.0000, eV,   0.00, Rel Int
  87, FR , MA2,       0.0000, eV,   0.00, Rel Int
  87, FR , MB ,       0.0000, eV,   0.00, Rel Int
  87, FR , MG ,       0.0000, eV,   0.00, Rel Int
  88, RA , KA1,   88498.9297, eV, 100.00, Rel Int
  88, RA , KA2,   85449.3516, eV,  50.00, Rel Int
  88, RA , KB1,  100151.0469, eV,  15.00, Rel Int
  88, RA , KB2,  102979.2422, eV,   5.00, Rel Int
  88, RA , KB3,   99428.2266, eV,  15.00, Rel Int
  88, RA , LA1,   12338.2432, eV, 100.00, Rel Int
  88, RA , LA2,   12195.0430, eV,  11.35, Rel Int
  88, RA , LB1,   15236.6768, eV,  50.00, Rel Int
  88, RA , LB2,   14836.3057, eV,  23.58, Rel Int
  88, RA , LB3,   15445.8936, eV,   6.00, Rel Int
  88, RA , LB4,   14746.3135, eV,   6.21, Rel Int
  88, RA , LB5,   15378.7041, eV,   4.00, Rel Int
  88, RA , LB6,   14235.0176, eV,   1.64, Rel Int
  88, RA , LB7,   15191.7803, eV,   0.38, Rel Int
  88, RA , LB8,       0.0000, eV,   0.00, Rel Int
  88, RA , LB9,   16132.6016, eV,   0.57, Rel Int
  88, RA , LG1,   17850.1230, eV,  10.00, Rel Int
  88, RA , LG2,   18180.5840, eV,   1.40, Rel Int
  88, RA , LG3,   18358.6133, eV,   1.70, Rel Int
  88, RA , LG4,   19086.3887, eV,   0.60, Rel Int
  88, RA , LG5,   17276.8848, eV,   0.35, Rel Int
  88, RA , LG6,   18415.9922, eV,   1.30, Rel Int
  88, RA , LN ,   13660.9746, eV,   1.33, Rel Int
  88, RA , LL ,   10620.7813, eV,   6.43, Rel Int
  88, RA , MA1,       0.0000, eV,   0.00, Rel Int
  88, RA , MA2,       0.0000, eV,   0.00, Rel Int
  88, RA , MB ,       0.0000, eV,   0.00, Rel Int
  88, RA , MG ,       0.0000, eV,   0.00, Rel Int
  89, AC , KA1,   90899.5625, eV, 100.00, Rel Int
  89, AC , KA2,   87685.2969, eV,  50.00, Rel Int
  89, AC , KB1,  102808.4609, eV,  15.00, Rel Int
  89, AC , KB2,  105790.9531, eV,   5.00, Rel Int
  89, AC , KB3,  102130.9766, eV,  15.00, Rel Int
  89, AC , LA1,   12650.4443, eV, 100.00, Rel Int
  89, AC , LA2,   12499.9492, eV,  11.38, Rel Int
  89, AC , LB1,   15714.4492, eV,  50.00, Rel Int
  89, AC , LB2,   15231.8184, eV,  23.60, Rel Int
  89, AC , LB3,   15932.5371, eV,   6.00, Rel Int
  89, AC , LB4,       0.0000, eV,   0.00, Rel Int
  89, AC , LB5,       0.0000, eV,   0.00, Rel Int
  89, AC , LB6,   14602.1670, eV,   1.68, Rel Int
  89, AC , LB7,       0.0000, eV,   0.00, Rel Int
  89, AC , LB8,       0.0000, eV,   0.00, Rel Int
  89, AC , LB9,       0.0000, eV,   0.00, Rel Int
  89, AC , LG1,   18488.9648, eV,  10.00, Rel Int
  89, AC , LG2,       0.0000, eV,   0.00, Rel Int
  89, AC , LG3,       0.0000, eV,   0.00, Rel Int
  89, AC , LG4,       0.0000, eV,   0.00, Rel Int
  89, AC , LG5,       0.0000, eV,   0.00, Rel Int
  89, AC , LG6,       0.0000, eV,   0.00, Rel Int
  89, AC , LN ,   14081.4307, eV,   1.33, Rel Int
  89, AC , LL ,   10867.4727, eV,   6.55, Rel Int
  89, AC , MA1,       0.0000, eV,   0.00, Rel Int
  89, AC , MA2,       0.0000, eV,   0.00, Rel Int
  89, AC , MB ,       0.0000, eV,   0.00, Rel Int
  89, AC , MG ,       0.0000, eV,   0.00, Rel Int
  90, TH , KA1,   93386.4531, eV, 100.00, Rel Int
  90, TH , KA2,   89990.5859, eV,  50.00, Rel Int
  90, TH , KB1,  105577.6953, eV,  15.00, Rel Int
  90, TH , KB2,  108636.5703, eV,   5.00, Rel Int
  90, TH , KB3,  104861.9063, eV,  15.00, Rel Int
  90, TH , LA1,   12967.9951, eV, 100.00, Rel Int
  90, TH , LA2,   12807.2510, eV,  11.41, Rel Int
  90, TH , LB1,   16204.4336, eV,  50.00, Rel Int
  90, TH , LB2,   15625.3379, eV,  23.60, Rel Int
  90, TH , LB3,   16426.0000, eV,   6.00, Rel Int
  90, TH , LB4,   15643.1162, eV,   5.00, Rel Int
  90, TH , LB5,   16212.9268, eV,   4.00, Rel Int
  90, TH , LB6,   14974.2754, eV,   1.72, Rel Int
  90, TH , LB7,   16011.5234, eV,   0.38, Rel Int
  90, TH , LB8,       0.0000, eV,   0.00, Rel Int
  90, TH , LB9,   17133.3496, eV,   0.57, Rel Int
  90, TH , LG1,   18983.8984, eV,  10.00, Rel Int
  90, TH , LG2,   19306.7637, eV,   1.40, Rel Int
  90, TH , LG3,   19507.6543, eV,   1.70, Rel Int
  90, TH , LG4,   20291.4160, eV,   0.60, Rel Int
  90, TH , LG5,   18369.5156, eV,   0.35, Rel Int
  90, TH , LG6,   19600.3574, eV,   1.30, Rel Int
  90, TH , LN ,   14508.1914, eV,   1.34, Rel Int
  90, TH , LL ,   11117.9160, eV,   6.71, Rel Int
  90, TH , MA1,    2996.2300, eV, 100.00, Rel Int
  90, TH , MA2,    2986.9189, eV, 100.00, Rel Int
  90, TH , MB ,    3146.0798, eV,  60.00, Rel Int
  90, TH , MG ,    3370.1279, eV,   5.00, Rel Int
  91, PA , KA1,   95890.9531, eV, 100.00, Rel Int
  91, PA , KA2,   92320.9297, eV,  50.00, Rel Int
  91, PA , KB1,  108475.0703, eV,  15.00, Rel Int
  91, PA , KB2,  111499.1016, eV,   5.00, Rel Int
  91, PA , KB3,  107627.6094, eV,  15.00, Rel Int
  91, PA , LA1,   13289.0674, eV, 100.00, Rel Int
  91, PA , LA2,   13120.3174, eV,  11.43, Rel Int
  91, PA , LB1,   16705.4219, eV,  50.00, Rel Int
  91, PA , LB2,   16026.0400, eV,  23.60, Rel Int
  91, PA , LB3,   16934.0430, eV,   6.00, Rel Int
  91, PA , LB4,   16105.3037, eV,   4.00, Rel Int
  91, PA , LB5,   16638.0332, eV,   4.00, Rel Int
  91, PA , LB6,   15348.1826, eV,   1.75, Rel Int
  91, PA , LB7,   16432.5430, eV,   0.38, Rel Int
  91, PA , LB8,       0.0000, eV,   0.00, Rel Int
  91, PA , LB9,   17669.1484, eV,   0.57, Rel Int
  91, PA , LG1,   19563.1699, eV,  10.00, Rel Int
  91, PA , LG2,   19874.2441, eV,   1.40, Rel Int
  91, PA , LG3,   20100.2363, eV,   1.70, Rel Int
  91, PA , LG4,   20883.8906, eV,   0.60, Rel Int
  91, PA , LG5,   18931.6172, eV,   0.35, Rel Int
  91, PA , LG6,   20218.4727, eV,   1.30, Rel Int
  91, PA , LN ,   14945.3965, eV,   1.26, Rel Int
  91, PA , LL ,   11364.5283, eV,   6.82, Rel Int
  91, PA , MA1,    3082.7202, eV, 100.00, Rel Int
  91, PA , MA2,    3072.7883, eV, 100.00, Rel Int
  91, PA , MB ,    3239.7964, eV,  60.00, Rel Int
  91, PA , MG ,    3466.2288, eV,   5.00, Rel Int
  92,  U , KA1,   98438.3906, eV, 100.00, Rel Int
  92,  U , KA2,   94672.5781, eV,  50.00, Rel Int
  92,  U , KB1,  111274.3359, eV,  15.00, Rel Int
  92,  U , KB2,  114484.7656, eV,   5.00, Rel Int
  92,  U , KB3,  110380.9531, eV,  15.00, Rel Int
  92,  U , LA1,   13612.9785, eV, 100.00, Rel Int
  92,  U , LA2,   13437.4121, eV,  11.40, Rel Int
  92,  U , LB1,   17221.5801, eV,  50.00, Rel Int
  92,  U , LB2,   16430.3613, eV,  23.60, Rel Int
  92,  U , LB3,   17457.2598, eV,   6.00, Rel Int
  92,  U , LB4,   16577.8477, eV,   4.00, Rel Int
  92,  U , LB5,   17071.8887, eV,   4.00, Rel Int
  92,  U , LB6,   15726.6211, eV,   1.75, Rel Int
  92,  U , LB7,   16844.1406, eV,   0.38, Rel Int
  92,  U , LB8,       0.0000, eV,   0.00, Rel Int
  92,  U , LB9,   18207.3359, eV,   0.57, Rel Int
  92,  U , LG1,   20169.0371, eV,  10.00, Rel Int
  92,  U , LG2,   20486.2676, eV,   1.40, Rel Int
  92,  U , LG3,   20716.0645, eV,   1.70, Rel Int
  92,  U , LG4,   21560.7344, eV,   0.60, Rel Int
  92,  U , LG5,   19510.7305, eV,   0.35, Rel Int
  92,  U , LG6,   20845.1914, eV,   1.30, Rel Int
  92,  U , LN ,   15397.8408, eV,   1.20, Rel Int
  92,  U , LL ,   11616.8848, eV,   6.90, Rel Int
  92,  U , MA1,    3171.0229, eV, 100.00, Rel Int
  92,  U , MA2,    3159.7095, eV, 100.00, Rel Int
  92,  U , MB ,    3336.5715, eV,  60.00, Rel Int
  92,  U , MG ,    3563.8689, eV,   5.00, Rel Int
  93, NP , KA1,  100802.4375, eV, 100.00, Rel Int
  93, NP , KA2,   96864.8438, eV,  50.00, Rel Int
  93, NP , KB1,  113749.5469, eV,  15.00, Rel Int
  93, NP , KB2,  118082.8594, eV,  15.00, Rel Int
  93, NP , KB3,       0.0000, eV,   0.00, Rel Int
  93, NP , LA1,   13942.0898, eV, 100.00, Rel Int
  93, NP , LA2,   13757.9893, eV,  11.37, Rel Int
  93, NP , LB1,   17765.5508, eV,  50.00, Rel Int
  93, NP , LB2,   16853.3164, eV,  23.60, Rel Int
  93, NP , LB3,   17989.9883, eV,   6.00, Rel Int
  93, NP , LB4,   17061.6484, eV,   4.00, Rel Int
  93, NP , LB5,   17509.8145, eV,   4.00, Rel Int
  93, NP , LB6,   16123.1475, eV,   1.75, Rel Int
  93, NP , LB7,       0.0000, eV,   0.00, Rel Int
  93, NP , LB8,       0.0000, eV,   0.00, Rel Int
  93, NP , LB9,       0.0000, eV,   0.00, Rel Int
  93, NP , LG1,   20761.2500, eV,  10.00, Rel Int
  93, NP , LG2,   21111.3574, eV,   1.40, Rel Int
  93, NP , LG3,   21340.2773, eV,   1.70, Rel Int
  93, NP , LG4,   22200.0000, eV,   0.60, Rel Int
  93, NP , LG5,   20127.7598, eV,   0.35, Rel Int
  93, NP , LG6,   21488.2148, eV,   1.30, Rel Int
  93, NP , LN ,   15877.4492, eV,   1.20, Rel Int
  93, NP , LL ,   11887.5361, eV,   7.00, Rel Int
  93, NP , MA1,       0.0000, eV,   0.00, Rel Int
  93, NP , MA2,       0.0000, eV,   0.00, Rel Int
  93, NP , MB ,    3432.6414, eV,  50.00, Rel Int
  93, NP , MG ,    3662.8362, eV,   5.00, Rel Int
  94, PU , KA1,  103322.5078, eV, 100.00, Rel Int
  94, PU , KA2,   99189.6016, eV,  50.00, Rel Int
  94, PU , KB1,  116968.8750, eV,  15.00, Rel Int
  94, PU , KB2,  120375.7266, eV,  15.00, Rel Int
  94, PU , KB3,       0.0000, eV,   0.00, Rel Int
  94, PU , LA1,   14275.9932, eV, 100.00, Rel Int
  94, PU , LA2,   14083.0303, eV,  11.39, Rel Int
  94, PU , LB1,   18277.2598, eV,  50.00, Rel Int
  94, PU , LB2,   17233.5723, eV,  23.60, Rel Int
  94, PU , LB3,   18523.5098, eV,   6.00, Rel Int
  94, PU , LB4,   17526.4941, eV,   4.00, Rel Int
  94, PU , LB5,   17932.9063, eV,   4.00, Rel Int
  94, PU , LB6,   16498.6035, eV,   1.75, Rel Int
  94, PU , LB7,   17704.8418, eV,   0.38, Rel Int
  94, PU , LB8,       0.0000, eV,   0.00, Rel Int
  94, PU , LB9,       0.0000, eV,   0.00, Rel Int
  94, PU , LG1,   21407.7949, eV,  10.00, Rel Int
  94, PU , LG2,   21725.4258, eV,   1.40, Rel Int
  94, PU , LG3,   21983.5098, eV,   1.70, Rel Int
  94, PU , LG4,   22892.7266, eV,   0.60, Rel Int
  94, PU , LG5,   20705.9121, eV,   0.35, Rel Int
  94, PU , LG6,   22152.4023, eV,   1.30, Rel Int
  94, PU , LN ,   16333.4209, eV,   1.20, Rel Int
  94, PU , LL ,   12122.3115, eV,   7.14, Rel Int
  94, PU , MA1,       0.0000, eV,   0.00, Rel Int
  94, PU , MA2,       0.0000, eV,   0.00, Rel Int
  94, PU , MB ,    3531.3872, eV,  50.00, Rel Int
  94, PU , MG ,    3765.1687, eV,   5.00, Rel Int
  95, AM , KA1,  105971.7969, eV, 100.00, Rel Int
  95, AM , KA2,  101628.6875, eV,  50.00, Rel Int
  95, AM , KB1,  120375.7266, eV,  15.00, Rel Int
  95, AM , KB2,  123987.0000, eV,  15.00, Rel Int
  95, AM , KB3,       0.0000, eV,   0.00, Rel Int
  95, AM , LA1,   14615.9385, eV, 100.00, Rel Int
  95, AM , LA2,   14410.3906, eV,  11.39, Rel Int
  95, AM , LB1,   18833.6445, eV,  50.00, Rel Int
  95, AM , LB2,   17676.7227, eV,  23.60, Rel Int
  95, AM , LB3,   19107.2598, eV,   6.00, Rel Int
  95, AM , LB4,   18063.3750, eV,   4.00, Rel Int
  95, AM , LB5,   18401.1582, eV,   4.00, Rel Int
  95, AM , LB6,   16887.3613, eV,   1.75, Rel Int
  95, AM , LB7,       0.0000, eV,   0.00, Rel Int
  95, AM , LB8,       0.0000, eV,   0.00, Rel Int
  95, AM , LB9,       0.0000, eV,   0.00, Rel Int
  95, AM , LG1,   22056.5176, eV,  10.00, Rel Int
  95, AM , LG2,   22364.1777, eV,   1.40, Rel Int
  95, AM , LG3,       0.0000, eV,   0.00, Rel Int
  95, AM , LG4,       0.0000, eV,   0.00, Rel Int
  95, AM , LG5,       0.0000, eV,   0.00, Rel Int
  95, AM , LG6,   22829.4980, eV,   1.30, Rel Int
  95, AM , LN ,       0.0000, eV,   0.00, Rel Int
  95, AM , LL ,   12381.3662, eV,   7.27, Rel Int
  95, AM , MA1,       0.0000, eV,   0.00, Rel Int
  95, AM , MA2,       0.0000, eV,   0.00, Rel Int
  95, AM , MB ,    3631.7224, eV,  50.00, Rel Int
  95, AM , MG ,       0.0000, eV,   0.00, Rel Int
  96, CM , KA1,  108760.5313, eV, 100.00, Rel Int
  96, CM , KA2,  104190.7578, eV,  50.00, Rel Int
  96, CM , KB1,  122759.4063, eV,  15.00, Rel Int
  96, CM , KB2,  126517.3516, eV,  15.00, Rel Int
  96, CM , KB3,       0.0000, eV,   0.00, Rel Int
  96, CM , LA1,   14954.4082, eV, 100.00, Rel Int
  96, CM , LA2,   14741.0537, eV,  11.40, Rel Int
  96, CM , LB1,   19403.2871, eV,  50.00, Rel Int
  96, CM , LB2,   18100.2930, eV,  23.60, Rel Int
  96, CM , LB3,       0.0000, eV,   0.00, Rel Int
  96, CM , LB4,       0.0000, eV,   0.00, Rel Int
  96, CM , LB5,       0.0000, eV,   0.00, Rel Int
  96, CM , LB6,       0.0000, eV,   0.00, Rel Int
  96, CM , LB7,       0.0000, eV,   0.00, Rel Int
  96, CM , LB8,       0.0000, eV,   0.00, Rel Int
  96, CM , LB9,       0.0000, eV,   0.00, Rel Int
  96, CM , LG1,   22708.2422, eV,  10.00, Rel Int
  96, CM , LG2,       0.0000, eV,   0.00, Rel Int
  96, CM , LG3,       0.0000, eV,   0.00, Rel Int
  96, CM , LG4,       0.0000, eV,   0.00, Rel Int
  96, CM , LG5,       0.0000, eV,   0.00, Rel Int
  96, CM , LG6,       0.0000, eV,   0.00, Rel Int
  96, CM , LN ,       0.0000, eV,   0.00, Rel Int
  96, CM , LL ,   12642.7041, eV,   7.39, Rel Int
  96, CM , MA1,       0.0000, eV,   0.00, Rel Int
  96, CM , MA2,       0.0000, eV,   0.00, Rel Int
  96, CM , MB ,       0.0000, eV,   0.00, Rel Int
  96, CM , MG ,       0.0000, eV,   0.00, Rel Int
  97, BK , KA1,  111700.0000, eV, 100.00, Rel Int
  97, BK , KA2,  106885.3516, eV,  50.00, Rel Int
  97, BK , KB1,  126517.3516, eV,  15.00, Rel Int
  97, BK , KB2,  130512.6328, eV,  15.00, Rel Int
  97, BK , KB3,       0.0000, eV,   0.00, Rel Int
  97, BK , LA1,   15307.0371, eV, 100.00, Rel Int
  97, BK , LA2,   15083.5762, eV,  10.00, Rel Int
  97, BK , LB1,   19965.7012, eV,  50.00, Rel Int
  97, BK , LB2,   18533.1836, eV,  23.60, Rel Int
  97, BK , LB3,       0.0000, eV,   0.00, Rel Int
  97, BK , LB4,       0.0000, eV,   0.00, Rel Int
  97, BK , LB5,       0.0000, eV,   0.00, Rel Int
  97, BK , LB6,       0.0000, eV,   0.00, Rel Int
  97, BK , LB7,       0.0000, eV,   0.00, Rel Int
  97, BK , LB8,       0.0000, eV,   0.00, Rel Int
  97, BK , LB9,       0.0000, eV,   0.00, Rel Int
  97, BK , LG1,   23393.7754, eV,  10.00, Rel Int
  97, BK , LG2,       0.0000, eV,   0.00, Rel Int
  97, BK , LG3,       0.0000, eV,   0.00, Rel Int
  97, BK , LG4,       0.0000, eV,   0.00, Rel Int
  97, BK , LG5,       0.0000, eV,   0.00, Rel Int
  97, BK , LG6,       0.0000, eV,   0.00, Rel Int
  97, BK , LN ,       0.0000, eV,   0.00, Rel Int
  97, BK , LL ,   12907.2451, eV,   7.51, Rel Int
  97, BK , MA1,       0.0000, eV,   0.00, Rel Int
  97, BK , MA2,       0.0000, eV,   0.00, Rel Int
  97, BK , MB ,       0.0000, eV,   0.00, Rel Int
  97, BK , MG ,       0.0000, eV,   0.00, Rel Int
  98, CF , KA1,  114802.7734, eV, 100.00, Rel Int
  98, CF , KA2,  109723.0156, eV,  50.00, Rel Int
  98, CF , KB1,  127821.6484, eV,  15.00, Rel Int
  98, CF , KB2,  133319.3594, eV,  15.00, Rel Int
  98, CF , KB3,       0.0000, eV,   0.00, Rel Int
  98, CF , LA1,   15654.9248, eV, 100.00, Rel Int
  98, CF , LA2,   15421.2686, eV,  10.00, Rel Int
  98, CF , LB1,   20561.6914, eV,  50.00, Rel Int
  98, CF , LB2,   18987.2891, eV,  23.60, Rel Int
  98, CF , LB3,       0.0000, eV,   0.00, Rel Int
  98, CF , LB4,       0.0000, eV,   0.00, Rel Int
  98, CF , LB5,       0.0000, eV,   0.00, Rel Int
  98, CF , LB6,       0.0000, eV,   0.00, Rel Int
  98, CF , LB7,       0.0000, eV,   0.00, Rel Int
  98, CF , LB8,       0.0000, eV,   0.00, Rel Int
  98, CF , LB9,       0.0000, eV,   0.00, Rel Int
  98, CF , LG1,   24075.1465, eV,  10.00, Rel Int
  98, CF , LG2,       0.0000, eV,   0.00, Rel Int
  98, CF , LG3,       0.0000, eV,   0.00, Rel Int
  98, CF , LG4,       0.0000, eV,   0.00, Rel Int
  98, CF , LG5,       0.0000, eV,   0.00, Rel Int
  98, CF , LG6,       0.0000, eV,   0.00, Rel Int
  98, CF , LN ,       0.0000, eV,   0.00, Rel Int
  98, CF , LL ,   13174.6895, eV,   7.65, Rel Int
  98, CF , MA1,       0.0000, eV,   0.00, Rel Int
  98, CF , MA2,       0.0000, eV,   0.00, Rel Int
  98, CF , MB ,       0.0000, eV,   0.00, Rel Int
  98, CF , MG ,       0.0000, eV,   0.00, Rel Int
  99, ES , KA1,       0.0000, eV,   0.00, Rel Int
  99, ES , KA2,       0.0000, eV,   0.00, Rel Int
  99, ES , KB1,       0.0000, eV,   0.00, Rel Int
  99, ES , KB2,       0.0000, eV,   0.00, Rel Int
  99, ES , KB3,       0.0000, eV,   0.00, Rel Int
  99, ES , LA1,       0.0000, eV,   0.00, Rel Int
  99, ES , LA2,       0.0000, eV,   0.00, Rel Int
  99, ES , LB1,       0.0000, eV,   0.00, Rel Int
  99, ES , LB2,       0.0000, eV,   0.00, Rel Int
  99, ES , LB3,       0.0000, eV,   0.00, Rel Int
  99, ES , LB4,       0.0000, eV,   0.00, Rel Int
  99, ES , LB5,       0.0000, eV,   0.00, Rel Int
  99, ES , LB6,       0.0000, eV,   0.00, Rel Int
  99, ES , LB7,       0.0000, eV,   0.00, Rel Int
  99, ES , LB8,       0.0000, eV,   0.00, Rel Int
  99, ES , LB9,       0.0000, eV,   0.00, Rel Int
  99, ES , LG1,       0.0000, eV,   0.00, Rel Int
  99, ES , LG2,       0.0000, eV,   0.00, Rel Int
  99, ES , LG3,       0.0000, eV,   0.00, Rel Int
  99, ES , LG4,       0.0000, eV,   0.00, Rel Int
  99, ES , LG5,       0.0000, eV,   0.00, Rel Int
  99, ES , LG6,       0.0000, eV,   0.00, Rel Int
  99, ES , LN ,       0.0000, eV,   0.00, Rel Int
  99, ES , LL ,   13444.6973, eV,   7.78, Rel Int
  99, ES , MA1,       0.0000, eV,   0.00, Rel Int
  99, ES , MA2,       0.0000, eV,   0.00, Rel Int
  99, ES , MB ,       0.0000, eV,   0.00, Rel Int
  99, ES , MG ,       0.0000, eV,   0.00, Rel Int
C-------------------------------------------------------------------------


	ATMLVL.ASCII DATA FILE starts after the next dashed line


c-------------------------------------------------------------------------
        ASCII Data Base Table of EEL Edge Energies 
   Z  Sym  Edge       Energy                    Last Updated 10-JUN-87 NJZ
   1,  H, K ,      13.5981, eV
   1,  H, L1,       0.0000, eV
   1,  H, L2,       0.0000, eV
   1,  H, L3,       0.0000, eV
   1,  H, M1,       0.0000, eV
   1,  H, M2,       0.0000, eV
   1,  H, M3,       0.0000, eV
   1,  H, M4,       0.0000, eV
   1,  H, M5,       0.0000, eV
   1,  H, N1,       0.0000, eV
   1,  H, N2,       0.0000, eV
   1,  H, N3,       0.0000, eV
   1,  H, N4,       0.0000, eV
   1,  H, N5,       0.0000, eV
   1,  H, N6,       0.0000, eV
   1,  H, N7,       0.0000, eV
   1,  H, O1,       0.0000, eV
   1,  H, O2,       0.0000, eV
   1,  H, O3,       0.0000, eV
   1,  H, O4,       0.0000, eV
   1,  H, O5,       0.0000, eV
   1,  H, P1,       0.0000, eV
   1,  H, P2,       0.0000, eV
   1,  H, P3,       0.0000, eV
   2, HE, K ,      24.5868, eV
   2, HE, L1,       0.0000, eV
   2, HE, L2,       0.0000, eV
   2, HE, L3,       0.0000, eV
   2, HE, M1,       0.0000, eV
   2, HE, M2,       0.0000, eV
   2, HE, M3,       0.0000, eV
   2, HE, M4,       0.0000, eV
   2, HE, M5,       0.0000, eV
   2, HE, N1,       0.0000, eV
   2, HE, N2,       0.0000, eV
   2, HE, N3,       0.0000, eV
   2, HE, N4,       0.0000, eV
   2, HE, N5,       0.0000, eV
   2, HE, N6,       0.0000, eV
   2, HE, N7,       0.0000, eV
   2, HE, O1,       0.0000, eV
   2, HE, O2,       0.0000, eV
   2, HE, O3,       0.0000, eV
   2, HE, O4,       0.0000, eV
   2, HE, O5,       0.0000, eV
   2, HE, P1,       0.0000, eV
   2, HE, P2,       0.0000, eV
   2, HE, P3,       0.0000, eV
   3, LI, K ,      54.7500, eV
   3, LI, L1,       0.0000, eV
   3, LI, L2,       0.0000, eV
   3, LI, L3,       0.0000, eV
   3, LI, M1,       0.0000, eV
   3, LI, M2,       0.0000, eV
   3, LI, M3,       0.0000, eV
   3, LI, M4,       0.0000, eV
   3, LI, M5,       0.0000, eV
   3, LI, N1,       0.0000, eV
   3, LI, N2,       0.0000, eV
   3, LI, N3,       0.0000, eV
   3, LI, N4,       0.0000, eV
   3, LI, N5,       0.0000, eV
   3, LI, N6,       0.0000, eV
   3, LI, N7,       0.0000, eV
   3, LI, O1,       0.0000, eV
   3, LI, O2,       0.0000, eV
   3, LI, O3,       0.0000, eV
   3, LI, O4,       0.0000, eV
   3, LI, O5,       0.0000, eV
   3, LI, P1,       0.0000, eV
   3, LI, P2,       0.0000, eV
   3, LI, P3,       0.0000, eV
   4, BE, K ,     111.0000, eV
   4, BE, L1,       0.0000, eV
   4, BE, L2,       0.0000, eV
   4, BE, L3,       0.0000, eV
   4, BE, M1,       0.0000, eV
   4, BE, M2,       0.0000, eV
   4, BE, M3,       0.0000, eV
   4, BE, M4,       0.0000, eV
   4, BE, M5,       0.0000, eV
   4, BE, N1,       0.0000, eV
   4, BE, N2,       0.0000, eV
   4, BE, N3,       0.0000, eV
   4, BE, N4,       0.0000, eV
   4, BE, N5,       0.0000, eV
   4, BE, N6,       0.0000, eV
   4, BE, N7,       0.0000, eV
   4, BE, O1,       0.0000, eV
   4, BE, O2,       0.0000, eV
   4, BE, O3,       0.0000, eV
   4, BE, O4,       0.0000, eV
   4, BE, O5,       0.0000, eV
   4, BE, P1,       0.0000, eV
   4, BE, P2,       0.0000, eV
   4, BE, P3,       0.0000, eV
   5,  B, K ,     188.0000, eV
   5,  B, L1,       0.0000, eV
   5,  B, L2,       4.7000, eV
   5,  B, L3,       4.7000, eV
   5,  B, M1,       0.0000, eV
   5,  B, M2,       0.0000, eV
   5,  B, M3,       0.0000, eV
   5,  B, M4,       0.0000, eV
   5,  B, M5,       0.0000, eV
   5,  B, N1,       0.0000, eV
   5,  B, N2,       0.0000, eV
   5,  B, N3,       0.0000, eV
   5,  B, N4,       0.0000, eV
   5,  B, N5,       0.0000, eV
   5,  B, N6,       0.0000, eV
   5,  B, N7,       0.0000, eV
   5,  B, O1,       0.0000, eV
   5,  B, O2,       0.0000, eV
   5,  B, O3,       0.0000, eV
   5,  B, O4,       0.0000, eV
   5,  B, O5,       0.0000, eV
   5,  B, P1,       0.0000, eV
   5,  B, P2,       0.0000, eV
   5,  B, P3,       0.0000, eV
   6,  C, K ,     283.8000, eV
   6,  C, L1,       0.0000, eV
   6,  C, L2,       6.4000, eV
   6,  C, L3,       6.4000, eV
   6,  C, M1,       0.0000, eV
   6,  C, M2,       0.0000, eV
   6,  C, M3,       0.0000, eV
   6,  C, M4,       0.0000, eV
   6,  C, M5,       0.0000, eV
   6,  C, N1,       0.0000, eV
   6,  C, N2,       0.0000, eV
   6,  C, N3,       0.0000, eV
   6,  C, N4,       0.0000, eV
   6,  C, N5,       0.0000, eV
   6,  C, N6,       0.0000, eV
   6,  C, N7,       0.0000, eV
   6,  C, O1,       0.0000, eV
   6,  C, O2,       0.0000, eV
   6,  C, O3,       0.0000, eV
   6,  C, O4,       0.0000, eV
   6,  C, O5,       0.0000, eV
   6,  C, P1,       0.0000, eV
   6,  C, P2,       0.0000, eV
   6,  C, P3,       0.0000, eV
   7,  N, K ,     401.6000, eV
   7,  N, L1,       0.0000, eV
   7,  N, L2,       9.2000, eV
   7,  N, L3,       9.2000, eV
   7,  N, M1,       0.0000, eV
   7,  N, M2,       0.0000, eV
   7,  N, M3,       0.0000, eV
   7,  N, M4,       0.0000, eV
   7,  N, M5,       0.0000, eV
   7,  N, N1,       0.0000, eV
   7,  N, N2,       0.0000, eV
   7,  N, N3,       0.0000, eV
   7,  N, N4,       0.0000, eV
   7,  N, N5,       0.0000, eV
   7,  N, N6,       0.0000, eV
   7,  N, N7,       0.0000, eV
   7,  N, O1,       0.0000, eV
   7,  N, O2,       0.0000, eV
   7,  N, O3,       0.0000, eV
   7,  N, O4,       0.0000, eV
   7,  N, O5,       0.0000, eV
   7,  N, P1,       0.0000, eV
   7,  N, P2,       0.0000, eV
   7,  N, P3,       0.0000, eV
   8,  O, K ,     532.0000, eV
   8,  O, L1,      23.7000, eV
   8,  O, L2,       7.1000, eV
   8,  O, L3,       7.1000, eV
   8,  O, M1,       0.0000, eV
   8,  O, M2,       0.0000, eV
   8,  O, M3,       0.0000, eV
   8,  O, M4,       0.0000, eV
   8,  O, M5,       0.0000, eV
   8,  O, N1,       0.0000, eV
   8,  O, N2,       0.0000, eV
   8,  O, N3,       0.0000, eV
   8,  O, N4,       0.0000, eV
   8,  O, N5,       0.0000, eV
   8,  O, N6,       0.0000, eV
   8,  O, N7,       0.0000, eV
   8,  O, O1,       0.0000, eV
   8,  O, O2,       0.0000, eV
   8,  O, O3,       0.0000, eV
   8,  O, O4,       0.0000, eV
   8,  O, O5,       0.0000, eV
   8,  O, P1,       0.0000, eV
   8,  O, P2,       0.0000, eV
   8,  O, P3,       0.0000, eV
   9,  F, K ,     685.4000, eV
   9,  F, L1,      31.0000, eV
   9,  F, L2,       8.6000, eV
   9,  F, L3,       8.6000, eV
   9,  F, M1,       0.0000, eV
   9,  F, M2,       0.0000, eV
   9,  F, M3,       0.0000, eV
   9,  F, M4,       0.0000, eV
   9,  F, M5,       0.0000, eV
   9,  F, N1,       0.0000, eV
   9,  F, N2,       0.0000, eV
   9,  F, N3,       0.0000, eV
   9,  F, N4,       0.0000, eV
   9,  F, N5,       0.0000, eV
   9,  F, N6,       0.0000, eV
   9,  F, N7,       0.0000, eV
   9,  F, O1,       0.0000, eV
   9,  F, O2,       0.0000, eV
   9,  F, O3,       0.0000, eV
   9,  F, O4,       0.0000, eV
   9,  F, O5,       0.0000, eV
   9,  F, P1,       0.0000, eV
   9,  F, P2,       0.0000, eV
   9,  F, P3,       0.0000, eV
  10, NE, K ,     866.9000, eV
  10, NE, L1,      45.0000, eV
  10, NE, L2,      18.3000, eV
  10, NE, L3,      18.3000, eV
  10, NE, M1,       0.0000, eV
  10, NE, M2,       0.0000, eV
  10, NE, M3,       0.0000, eV
  10, NE, M4,       0.0000, eV
  10, NE, M5,       0.0000, eV
  10, NE, N1,       0.0000, eV
  10, NE, N2,       0.0000, eV
  10, NE, N3,       0.0000, eV
  10, NE, N4,       0.0000, eV
  10, NE, N5,       0.0000, eV
  10, NE, N6,       0.0000, eV
  10, NE, N7,       0.0000, eV
  10, NE, O1,       0.0000, eV
  10, NE, O2,       0.0000, eV
  10, NE, O3,       0.0000, eV
  10, NE, O4,       0.0000, eV
  10, NE, O5,       0.0000, eV
  10, NE, P1,       0.0000, eV
  10, NE, P2,       0.0000, eV
  10, NE, P3,       0.0000, eV
  11, NA, K ,    1072.1000, eV
  11, NA, L1,      63.3000, eV
  11, NA, L2,      31.1000, eV
  11, NA, L3,      31.1000, eV
  11, NA, M1,       0.0000, eV
  11, NA, M2,       0.0000, eV
  11, NA, M3,       0.0000, eV
  11, NA, M4,       0.0000, eV
  11, NA, M5,       0.0000, eV
  11, NA, N1,       0.0000, eV
  11, NA, N2,       0.0000, eV
  11, NA, N3,       0.0000, eV
  11, NA, N4,       0.0000, eV
  11, NA, N5,       0.0000, eV
  11, NA, N6,       0.0000, eV
  11, NA, N7,       0.0000, eV
  11, NA, O1,       0.0000, eV
  11, NA, O2,       0.0000, eV
  11, NA, O3,       0.0000, eV
  11, NA, O4,       0.0000, eV
  11, NA, O5,       0.0000, eV
  11, NA, P1,       0.0000, eV
  11, NA, P2,       0.0000, eV
  11, NA, P3,       0.0000, eV
  12, MG, K ,    1305.0000, eV
  12, MG, L1,      89.4000, eV
  12, MG, L2,      51.4000, eV
  12, MG, L3,      51.4000, eV
  12, MG, M1,       0.0000, eV
  12, MG, M2,       0.0000, eV
  12, MG, M3,       0.0000, eV
  12, MG, M4,       0.0000, eV
  12, MG, M5,       0.0000, eV
  12, MG, N1,       0.0000, eV
  12, MG, N2,       0.0000, eV
  12, MG, N3,       0.0000, eV
  12, MG, N4,       0.0000, eV
  12, MG, N5,       0.0000, eV
  12, MG, N6,       0.0000, eV
  12, MG, N7,       0.0000, eV
  12, MG, O1,       0.0000, eV
  12, MG, O2,       0.0000, eV
  12, MG, O3,       0.0000, eV
  12, MG, O4,       0.0000, eV
  12, MG, O5,       0.0000, eV
  12, MG, P1,       0.0000, eV
  12, MG, P2,       0.0000, eV
  12, MG, P3,       0.0000, eV
  13, AL, K ,    1559.6000, eV
  13, AL, L1,     117.7000, eV
  13, AL, L2,      73.1000, eV
  13, AL, L3,      73.1000, eV
  13, AL, M1,       0.0000, eV
  13, AL, M2,       0.0000, eV
  13, AL, M3,       0.0000, eV
  13, AL, M4,       0.0000, eV
  13, AL, M5,       0.0000, eV
  13, AL, N1,       0.0000, eV
  13, AL, N2,       0.0000, eV
  13, AL, N3,       0.0000, eV
  13, AL, N4,       0.0000, eV
  13, AL, N5,       0.0000, eV
  13, AL, N6,       0.0000, eV
  13, AL, N7,       0.0000, eV
  13, AL, O1,       0.0000, eV
  13, AL, O2,       0.0000, eV
  13, AL, O3,       0.0000, eV
  13, AL, O4,       0.0000, eV
  13, AL, O5,       0.0000, eV
  13, AL, P1,       0.0000, eV
  13, AL, P2,       0.0000, eV
  13, AL, P3,       0.0000, eV
  14, SI, K ,    1838.9000, eV
  14, SI, L1,     148.7000, eV
  14, SI, L2,      99.2000, eV
  14, SI, L3,      99.2000, eV
  14, SI, M1,       0.0000, eV
  14, SI, M2,       0.0000, eV
  14, SI, M3,       0.0000, eV
  14, SI, M4,       0.0000, eV
  14, SI, M5,       0.0000, eV
  14, SI, N1,       0.0000, eV
  14, SI, N2,       0.0000, eV
  14, SI, N3,       0.0000, eV
  14, SI, N4,       0.0000, eV
  14, SI, N5,       0.0000, eV
  14, SI, N6,       0.0000, eV
  14, SI, N7,       0.0000, eV
  14, SI, O1,       0.0000, eV
  14, SI, O2,       0.0000, eV
  14, SI, O3,       0.0000, eV
  14, SI, O4,       0.0000, eV
  14, SI, O5,       0.0000, eV
  14, SI, P1,       0.0000, eV
  14, SI, P2,       0.0000, eV
  14, SI, P3,       0.0000, eV
  15,  P, K ,    2145.5000, eV
  15,  P, L1,     189.3000, eV
  15,  P, L2,     132.2000, eV
  15,  P, L3,     132.2000, eV
  15,  P, M1,       0.0000, eV
  15,  P, M2,       0.0000, eV
  15,  P, M3,       0.0000, eV
  15,  P, M4,       0.0000, eV
  15,  P, M5,       0.0000, eV
  15,  P, N1,       0.0000, eV
  15,  P, N2,       0.0000, eV
  15,  P, N3,       0.0000, eV
  15,  P, N4,       0.0000, eV
  15,  P, N5,       0.0000, eV
  15,  P, N6,       0.0000, eV
  15,  P, N7,       0.0000, eV
  15,  P, O1,       0.0000, eV
  15,  P, O2,       0.0000, eV
  15,  P, O3,       0.0000, eV
  15,  P, O4,       0.0000, eV
  15,  P, O5,       0.0000, eV
  15,  P, P1,       0.0000, eV
  15,  P, P2,       0.0000, eV
  15,  P, P3,       0.0000, eV
  16,  S, K ,    2472.0000, eV
  16,  S, L1,     229.2000, eV
  16,  S, L2,     164.8000, eV
  16,  S, L3,     164.8000, eV
  16,  S, M1,       0.0000, eV
  16,  S, M2,       0.0000, eV
  16,  S, M3,       0.0000, eV
  16,  S, M4,       0.0000, eV
  16,  S, M5,       0.0000, eV
  16,  S, N1,       0.0000, eV
  16,  S, N2,       0.0000, eV
  16,  S, N3,       0.0000, eV
  16,  S, N4,       0.0000, eV
  16,  S, N5,       0.0000, eV
  16,  S, N6,       0.0000, eV
  16,  S, N7,       0.0000, eV
  16,  S, O1,       0.0000, eV
  16,  S, O2,       0.0000, eV
  16,  S, O3,       0.0000, eV
  16,  S, O4,       0.0000, eV
  16,  S, O5,       0.0000, eV
  16,  S, P1,       0.0000, eV
  16,  S, P2,       0.0000, eV
  16,  S, P3,       0.0000, eV
  17, CL, K ,    2822.3999, eV
  17, CL, L1,     270.2000, eV
  17, CL, L2,     201.6000, eV
  17, CL, L3,     200.0000, eV
  17, CL, M1,      17.5000, eV
  17, CL, M2,       6.8000, eV
  17, CL, M3,       6.8000, eV
  17, CL, M4,       0.0000, eV
  17, CL, M5,       0.0000, eV
  17, CL, N1,       0.0000, eV
  17, CL, N2,       0.0000, eV
  17, CL, N3,       0.0000, eV
  17, CL, N4,       0.0000, eV
  17, CL, N5,       0.0000, eV
  17, CL, N6,       0.0000, eV
  17, CL, N7,       0.0000, eV
  17, CL, O1,       0.0000, eV
  17, CL, O2,       0.0000, eV
  17, CL, O3,       0.0000, eV
  17, CL, O4,       0.0000, eV
  17, CL, O5,       0.0000, eV
  17, CL, P1,       0.0000, eV
  17, CL, P2,       0.0000, eV
  17, CL, P3,       0.0000, eV
  18, AR, K ,    3202.8999, eV
  18, AR, L1,     320.0000, eV
  18, AR, L2,     247.3000, eV
  18, AR, L3,     245.2000, eV
  18, AR, M1,      25.3000, eV
  18, AR, M2,      12.4000, eV
  18, AR, M3,      12.4000, eV
  18, AR, M4,       0.0000, eV
  18, AR, M5,       0.0000, eV
  18, AR, N1,       0.0000, eV
  18, AR, N2,       0.0000, eV
  18, AR, N3,       0.0000, eV
  18, AR, N4,       0.0000, eV
  18, AR, N5,       0.0000, eV
  18, AR, N6,       0.0000, eV
  18, AR, N7,       0.0000, eV
  18, AR, O1,       0.0000, eV
  18, AR, O2,       0.0000, eV
  18, AR, O3,       0.0000, eV
  18, AR, O4,       0.0000, eV
  18, AR, O5,       0.0000, eV
  18, AR, P1,       0.0000, eV
  18, AR, P2,       0.0000, eV
  18, AR, P3,       0.0000, eV
  19,  K, K ,    3607.3999, eV
  19,  K, L1,     377.1000, eV
  19,  K, L2,     296.3000, eV
  19,  K, L3,     293.6000, eV
  19,  K, M1,      33.9000, eV
  19,  K, M2,      17.8000, eV
  19,  K, M3,      17.8000, eV
  19,  K, M4,       0.0000, eV
  19,  K, M5,       0.0000, eV
  19,  K, N1,       0.0000, eV
  19,  K, N2,       0.0000, eV
  19,  K, N3,       0.0000, eV
  19,  K, N4,       0.0000, eV
  19,  K, N5,       0.0000, eV
  19,  K, N6,       0.0000, eV
  19,  K, N7,       0.0000, eV
  19,  K, O1,       0.0000, eV
  19,  K, O2,       0.0000, eV
  19,  K, O3,       0.0000, eV
  19,  K, O4,       0.0000, eV
  19,  K, O5,       0.0000, eV
  19,  K, P1,       0.0000, eV
  19,  K, P2,       0.0000, eV
  19,  K, P3,       0.0000, eV
  20, CA, K ,    4038.1001, eV
  20, CA, L1,     437.8000, eV
  20, CA, L2,     350.0000, eV
  20, CA, L3,     346.4000, eV
  20, CA, M1,      43.7000, eV
  20, CA, M2,      25.4000, eV
  20, CA, M3,      25.4000, eV
  20, CA, M4,       0.0000, eV
  20, CA, M5,       0.0000, eV
  20, CA, N1,       0.0000, eV
  20, CA, N2,       0.0000, eV
  20, CA, N3,       0.0000, eV
  20, CA, N4,       0.0000, eV
  20, CA, N5,       0.0000, eV
  20, CA, N6,       0.0000, eV
  20, CA, N7,       0.0000, eV
  20, CA, O1,       0.0000, eV
  20, CA, O2,       0.0000, eV
  20, CA, O3,       0.0000, eV
  20, CA, O4,       0.0000, eV
  20, CA, O5,       0.0000, eV
  20, CA, P1,       0.0000, eV
  20, CA, P2,       0.0000, eV
  20, CA, P3,       0.0000, eV
  21, SC, K ,    4492.7998, eV
  21, SC, L1,     500.4000, eV
  21, SC, L2,     406.7000, eV
  21, SC, L3,     402.2000, eV
  21, SC, M1,      53.8000, eV
  21, SC, M2,      32.3000, eV
  21, SC, M3,      32.3000, eV
  21, SC, M4,       6.6000, eV
  21, SC, M5,       6.6000, eV
  21, SC, N1,       0.0000, eV
  21, SC, N2,       0.0000, eV
  21, SC, N3,       0.0000, eV
  21, SC, N4,       0.0000, eV
  21, SC, N5,       0.0000, eV
  21, SC, N6,       0.0000, eV
  21, SC, N7,       0.0000, eV
  21, SC, O1,       0.0000, eV
  21, SC, O2,       0.0000, eV
  21, SC, O3,       0.0000, eV
  21, SC, O4,       0.0000, eV
  21, SC, O5,       0.0000, eV
  21, SC, P1,       0.0000, eV
  21, SC, P2,       0.0000, eV
  21, SC, P3,       0.0000, eV
  22, TI, K ,    4966.3999, eV
  22, TI, L1,     563.7000, eV
  22, TI, L2,     461.5000, eV
  22, TI, L3,     455.5000, eV
  22, TI, M1,      60.3000, eV
  22, TI, M2,      34.6000, eV
  22, TI, M3,      34.6000, eV
  22, TI, M4,       3.7000, eV
  22, TI, M5,       3.7000, eV
  22, TI, N1,       0.0000, eV
  22, TI, N2,       0.0000, eV
  22, TI, N3,       0.0000, eV
  22, TI, N4,       0.0000, eV
  22, TI, N5,       0.0000, eV
  22, TI, N6,       0.0000, eV
  22, TI, N7,       0.0000, eV
  22, TI, O1,       0.0000, eV
  22, TI, O2,       0.0000, eV
  22, TI, O3,       0.0000, eV
  22, TI, O4,       0.0000, eV
  22, TI, O5,       0.0000, eV
  22, TI, P1,       0.0000, eV
  22, TI, P2,       0.0000, eV
  22, TI, P3,       0.0000, eV
  23,  V, K ,    5465.1001, eV
  23,  V, L1,     628.2000, eV
  23,  V, L2,     520.5000, eV
  23,  V, L3,     512.9000, eV
  23,  V, M1,      66.5000, eV
  23,  V, M2,      37.8000, eV
  23,  V, M3,      37.8000, eV
  23,  V, M4,       2.2000, eV
  23,  V, M5,       2.2000, eV
  23,  V, N1,       0.0000, eV
  23,  V, N2,       0.0000, eV
  23,  V, N3,       0.0000, eV
  23,  V, N4,       0.0000, eV
  23,  V, N5,       0.0000, eV
  23,  V, N6,       0.0000, eV
  23,  V, N7,       0.0000, eV
  23,  V, O1,       0.0000, eV
  23,  V, O2,       0.0000, eV
  23,  V, O3,       0.0000, eV
  23,  V, O4,       0.0000, eV
  23,  V, O5,       0.0000, eV
  23,  V, P1,       0.0000, eV
  23,  V, P2,       0.0000, eV
  23,  V, P3,       0.0000, eV
  24, CR, K ,    5989.2002, eV
  24, CR, L1,     694.6000, eV
  24, CR, L2,     583.7000, eV
  24, CR, L3,     574.5000, eV
  24, CR, M1,      74.1000, eV
  24, CR, M2,      42.5000, eV
  24, CR, M3,      42.5000, eV
  24, CR, M4,       2.3000, eV
  24, CR, M5,       2.3000, eV
  24, CR, N1,       0.0000, eV
  24, CR, N2,       0.0000, eV
  24, CR, N3,       0.0000, eV
  24, CR, N4,       0.0000, eV
  24, CR, N5,       0.0000, eV
  24, CR, N6,       0.0000, eV
  24, CR, N7,       0.0000, eV
  24, CR, O1,       0.0000, eV
  24, CR, O2,       0.0000, eV
  24, CR, O3,       0.0000, eV
  24, CR, O4,       0.0000, eV
  24, CR, O5,       0.0000, eV
  24, CR, P1,       0.0000, eV
  24, CR, P2,       0.0000, eV
  24, CR, P3,       0.0000, eV
  25, MN, K ,    6539.0000, eV
  25, MN, L1,     769.0000, eV
  25, MN, L2,     651.4000, eV
  25, MN, L3,     640.3000, eV
  25, MN, M1,      83.9000, eV
  25, MN, M2,      48.6000, eV
  25, MN, M3,      48.6000, eV
  25, MN, M4,       3.3000, eV
  25, MN, M5,       3.3000, eV
  25, MN, N1,       0.0000, eV
  25, MN, N2,       0.0000, eV
  25, MN, N3,       0.0000, eV
  25, MN, N4,       0.0000, eV
  25, MN, N5,       0.0000, eV
  25, MN, N6,       0.0000, eV
  25, MN, N7,       0.0000, eV
  25, MN, O1,       0.0000, eV
  25, MN, O2,       0.0000, eV
  25, MN, O3,       0.0000, eV
  25, MN, O4,       0.0000, eV
  25, MN, O5,       0.0000, eV
  25, MN, P1,       0.0000, eV
  25, MN, P2,       0.0000, eV
  25, MN, P3,       0.0000, eV
  26, FE, K ,    7112.0000, eV
  26, FE, L1,     846.1000, eV
  26, FE, L2,     721.1000, eV
  26, FE, L3,     708.1000, eV
  26, FE, M1,      92.9000, eV
  26, FE, M2,      54.0000, eV
  26, FE, M3,      54.0000, eV
  26, FE, M4,       3.6000, eV
  26, FE, M5,       3.6000, eV
  26, FE, N1,       0.0000, eV
  26, FE, N2,       0.0000, eV
  26, FE, N3,       0.0000, eV
  26, FE, N4,       0.0000, eV
  26, FE, N5,       0.0000, eV
  26, FE, N6,       0.0000, eV
  26, FE, N7,       0.0000, eV
  26, FE, O1,       0.0000, eV
  26, FE, O2,       0.0000, eV
  26, FE, O3,       0.0000, eV
  26, FE, O4,       0.0000, eV
  26, FE, O5,       0.0000, eV
  26, FE, P1,       0.0000, eV
  26, FE, P2,       0.0000, eV
  26, FE, P3,       0.0000, eV
  27, CO, K ,    7708.8999, eV
  27, CO, L1,     925.6000, eV
  27, CO, L2,     793.6000, eV
  27, CO, L3,     778.6000, eV
  27, CO, M1,     100.7000, eV
  27, CO, M2,      59.5000, eV
  27, CO, M3,      59.5000, eV
  27, CO, M4,       2.9000, eV
  27, CO, M5,       2.9000, eV
  27, CO, N1,       0.0000, eV
  27, CO, N2,       0.0000, eV
  27, CO, N3,       0.0000, eV
  27, CO, N4,       0.0000, eV
  27, CO, N5,       0.0000, eV
  27, CO, N6,       0.0000, eV
  27, CO, N7,       0.0000, eV
  27, CO, O1,       0.0000, eV
  27, CO, O2,       0.0000, eV
  27, CO, O3,       0.0000, eV
  27, CO, O4,       0.0000, eV
  27, CO, O5,       0.0000, eV
  27, CO, P1,       0.0000, eV
  27, CO, P2,       0.0000, eV
  27, CO, P3,       0.0000, eV
  28, NI, K ,    8332.7998, eV
  28, NI, L1,    1008.1000, eV
  28, NI, L2,     871.9000, eV
  28, NI, L3,     854.7000, eV
  28, NI, M1,     111.8000, eV
  28, NI, M2,      68.1000, eV
  28, NI, M3,      68.1000, eV
  28, NI, M4,       3.6000, eV
  28, NI, M5,       3.6000, eV
  28, NI, N1,       0.0000, eV
  28, NI, N2,       0.0000, eV
  28, NI, N3,       0.0000, eV
  28, NI, N4,       0.0000, eV
  28, NI, N5,       0.0000, eV
  28, NI, N6,       0.0000, eV
  28, NI, N7,       0.0000, eV
  28, NI, O1,       0.0000, eV
  28, NI, O2,       0.0000, eV
  28, NI, O3,       0.0000, eV
  28, NI, O4,       0.0000, eV
  28, NI, O5,       0.0000, eV
  28, NI, P1,       0.0000, eV
  28, NI, P2,       0.0000, eV
  28, NI, P3,       0.0000, eV
  29, CU, K ,    8978.9004, eV
  29, CU, L1,    1096.1000, eV
  29, CU, L2,     951.0000, eV
  29, CU, L3,     931.1000, eV
  29, CU, M1,     119.8000, eV
  29, CU, M2,      73.6000, eV
  29, CU, M3,      73.6000, eV
  29, CU, M4,       1.6000, eV
  29, CU, M5,       1.6000, eV
  29, CU, N1,       0.0000, eV
  29, CU, N2,       0.0000, eV
  29, CU, N3,       0.0000, eV
  29, CU, N4,       0.0000, eV
  29, CU, N5,       0.0000, eV
  29, CU, N6,       0.0000, eV
  29, CU, N7,       0.0000, eV
  29, CU, O1,       0.0000, eV
  29, CU, O2,       0.0000, eV
  29, CU, O3,       0.0000, eV
  29, CU, O4,       0.0000, eV
  29, CU, O5,       0.0000, eV
  29, CU, P1,       0.0000, eV
  29, CU, P2,       0.0000, eV
  29, CU, P3,       0.0000, eV
  30, ZN, K ,    9658.5996, eV
  30, ZN, L1,    1193.6000, eV
  30, ZN, L2,    1042.8000, eV
  30, ZN, L3,    1019.7000, eV
  30, ZN, M1,     135.9000, eV
  30, ZN, M2,      86.6000, eV
  30, ZN, M3,      86.6000, eV
  30, ZN, M4,       8.1000, eV
  30, ZN, M5,       8.1000, eV
  30, ZN, N1,       0.0000, eV
  30, ZN, N2,       0.0000, eV
  30, ZN, N3,       0.0000, eV
  30, ZN, N4,       0.0000, eV
  30, ZN, N5,       0.0000, eV
  30, ZN, N6,       0.0000, eV
  30, ZN, N7,       0.0000, eV
  30, ZN, O1,       0.0000, eV
  30, ZN, O2,       0.0000, eV
  30, ZN, O3,       0.0000, eV
  30, ZN, O4,       0.0000, eV
  30, ZN, O5,       0.0000, eV
  30, ZN, P1,       0.0000, eV
  30, ZN, P2,       0.0000, eV
  30, ZN, P3,       0.0000, eV
  31, GA, K ,   10367.0996, eV
  31, GA, L1,    1297.7000, eV
  31, GA, L2,    1142.3000, eV
  31, GA, L3,    1115.4000, eV
  31, GA, M1,     158.1000, eV
  31, GA, M2,     106.8000, eV
  31, GA, M3,     102.9000, eV
  31, GA, M4,      17.4000, eV
  31, GA, M5,      17.4000, eV
  31, GA, N1,       0.0000, eV
  31, GA, N2,       0.0000, eV
  31, GA, N3,       0.0000, eV
  31, GA, N4,       0.0000, eV
  31, GA, N5,       0.0000, eV
  31, GA, N6,       0.0000, eV
  31, GA, N7,       0.0000, eV
  31, GA, O1,       0.0000, eV
  31, GA, O2,       0.0000, eV
  31, GA, O3,       0.0000, eV
  31, GA, O4,       0.0000, eV
  31, GA, O5,       0.0000, eV
  31, GA, P1,       0.0000, eV
  31, GA, P2,       0.0000, eV
  31, GA, P3,       0.0000, eV
  32, GE, K ,   11103.0996, eV
  32, GE, L1,    1414.3000, eV
  32, GE, L2,    1247.8000, eV
  32, GE, L3,    1216.7000, eV
  32, GE, M1,     180.0000, eV
  32, GE, M2,     127.9000, eV
  32, GE, M3,     120.8000, eV
  32, GE, M4,      28.7000, eV
  32, GE, M5,      28.7000, eV
  32, GE, N1,       0.0000, eV
  32, GE, N2,       0.0000, eV
  32, GE, N3,       0.0000, eV
  32, GE, N4,       0.0000, eV
  32, GE, N5,       0.0000, eV
  32, GE, N6,       0.0000, eV
  32, GE, N7,       0.0000, eV
  32, GE, O1,       0.0000, eV
  32, GE, O2,       0.0000, eV
  32, GE, O3,       0.0000, eV
  32, GE, O4,       0.0000, eV
  32, GE, O5,       0.0000, eV
  32, GE, P1,       0.0000, eV
  32, GE, P2,       0.0000, eV
  32, GE, P3,       0.0000, eV
  33, AS, K ,   11866.7002, eV
  33, AS, L1,    1526.5000, eV
  33, AS, L2,    1358.6000, eV
  33, AS, L3,    1323.1000, eV
  33, AS, M1,     203.5000, eV
  33, AS, M2,     146.4000, eV
  33, AS, M3,     140.5000, eV
  33, AS, M4,      41.2000, eV
  33, AS, M5,      41.2000, eV
  33, AS, N1,       2.5000, eV
  33, AS, N2,       2.5000, eV
  33, AS, N3,       2.5000, eV
  33, AS, N4,       0.0000, eV
  33, AS, N5,       0.0000, eV
  33, AS, N6,       0.0000, eV
  33, AS, N7,       0.0000, eV
  33, AS, O1,       0.0000, eV
  33, AS, O2,       0.0000, eV
  33, AS, O3,       0.0000, eV
  33, AS, O4,       0.0000, eV
  33, AS, O5,       0.0000, eV
  33, AS, P1,       0.0000, eV
  33, AS, P2,       0.0000, eV
  33, AS, P3,       0.0000, eV
  34, SE, K ,   12657.7998, eV
  34, SE, L1,    1653.9000, eV
  34, SE, L2,    1476.2000, eV
  34, SE, L3,    1435.8000, eV
  34, SE, M1,     231.5000, eV
  34, SE, M2,     168.2000, eV
  34, SE, M3,     161.9000, eV
  34, SE, M4,      56.7000, eV
  34, SE, M5,      56.7000, eV
  34, SE, N1,       5.6000, eV
  34, SE, N2,       5.6000, eV
  34, SE, N3,       5.6000, eV
  34, SE, N4,       0.0000, eV
  34, SE, N5,       0.0000, eV
  34, SE, N6,       0.0000, eV
  34, SE, N7,       0.0000, eV
  34, SE, O1,       0.0000, eV
  34, SE, O2,       0.0000, eV
  34, SE, O3,       0.0000, eV
  34, SE, O4,       0.0000, eV
  34, SE, O5,       0.0000, eV
  34, SE, P1,       0.0000, eV
  34, SE, P2,       0.0000, eV
  34, SE, P3,       0.0000, eV
  35, BR, K ,   13473.7002, eV
  35, BR, L1,    1782.0000, eV
  35, BR, L2,    1596.0000, eV
  35, BR, L3,    1549.9000, eV
  35, BR, M1,     256.5000, eV
  35, BR, M2,     189.3000, eV
  35, BR, M3,     181.5000, eV
  35, BR, M4,      70.1000, eV
  35, BR, M5,      69.0000, eV
  35, BR, N1,      27.3000, eV
  35, BR, N2,       5.2000, eV
  35, BR, N3,       4.6000, eV
  35, BR, N4,       0.0000, eV
  35, BR, N5,       0.0000, eV
  35, BR, N6,       0.0000, eV
  35, BR, N7,       0.0000, eV
  35, BR, O1,       0.0000, eV
  35, BR, O2,       0.0000, eV
  35, BR, O3,       0.0000, eV
  35, BR, O4,       0.0000, eV
  35, BR, O5,       0.0000, eV
  35, BR, P1,       0.0000, eV
  35, BR, P2,       0.0000, eV
  35, BR, P3,       0.0000, eV
  36, KR, K ,   14325.5996, eV
  36, KR, L1,    1921.0000, eV
  36, KR, L2,    1727.2000, eV
  36, KR, L3,    1674.9000, eV
  36, KR, M1,       0.0000, eV
  36, KR, M2,     222.7000, eV
  36, KR, M3,     213.8000, eV
  36, KR, M4,      88.9000, eV
  36, KR, M5,      88.9000, eV
  36, KR, N1,      24.0000, eV
  36, KR, N2,      10.6000, eV
  36, KR, N3,      10.6000, eV
  36, KR, N4,       0.0000, eV
  36, KR, N5,       0.0000, eV
  36, KR, N6,       0.0000, eV
  36, KR, N7,       0.0000, eV
  36, KR, O1,       0.0000, eV
  36, KR, O2,       0.0000, eV
  36, KR, O3,       0.0000, eV
  36, KR, O4,       0.0000, eV
  36, KR, O5,       0.0000, eV
  36, KR, P1,       0.0000, eV
  36, KR, P2,       0.0000, eV
  36, KR, P3,       0.0000, eV
  37, RB, K ,   15199.7002, eV
  37, RB, L1,    2065.1001, eV
  37, RB, L2,    1863.9000, eV
  37, RB, L3,    1804.4000, eV
  37, RB, M1,     322.1000, eV
  37, RB, M2,     247.4000, eV
  37, RB, M3,     238.5000, eV
  37, RB, M4,     111.8000, eV
  37, RB, M5,     110.3000, eV
  37, RB, N1,      29.3000, eV
  37, RB, N2,      14.8000, eV
  37, RB, N3,      14.0000, eV
  37, RB, N4,       0.0000, eV
  37, RB, N5,       0.0000, eV
  37, RB, N6,       0.0000, eV
  37, RB, N7,       0.0000, eV
  37, RB, O1,       0.0000, eV
  37, RB, O2,       0.0000, eV
  37, RB, O3,       0.0000, eV
  37, RB, O4,       0.0000, eV
  37, RB, O5,       0.0000, eV
  37, RB, P1,       0.0000, eV
  37, RB, P2,       0.0000, eV
  37, RB, P3,       0.0000, eV
  38, SR, K ,   16104.5996, eV
  38, SR, L1,    2216.3000, eV
  38, SR, L2,    2006.8000, eV
  38, SR, L3,    1939.6000, eV
  38, SR, M1,     357.5000, eV
  38, SR, M2,     279.8000, eV
  38, SR, M3,     269.1000, eV
  38, SR, M4,     135.0000, eV
  38, SR, M5,     133.1000, eV
  38, SR, N1,      37.7000, eV
  38, SR, N2,      19.9000, eV
  38, SR, N3,      19.9000, eV
  38, SR, N4,       0.0000, eV
  38, SR, N5,       0.0000, eV
  38, SR, N6,       0.0000, eV
  38, SR, N7,       0.0000, eV
  38, SR, O1,       0.0000, eV
  38, SR, O2,       0.0000, eV
  38, SR, O3,       0.0000, eV
  38, SR, O4,       0.0000, eV
  38, SR, O5,       0.0000, eV
  38, SR, P1,       0.0000, eV
  38, SR, P2,       0.0000, eV
  38, SR, P3,       0.0000, eV
  39,  Y, K ,   17038.4004, eV
  39,  Y, L1,    2372.5000, eV
  39,  Y, L2,    2155.5000, eV
  39,  Y, L3,    2080.0000, eV
  39,  Y, M1,     393.6000, eV
  39,  Y, M2,     312.4000, eV
  39,  Y, M3,     300.3000, eV
  39,  Y, M4,     159.6000, eV
  39,  Y, M5,     157.4000, eV
  39,  Y, N1,      45.4000, eV
  39,  Y, N2,      25.6000, eV
  39,  Y, N3,      25.6000, eV
  39,  Y, N4,       0.0000, eV
  39,  Y, N5,       0.0000, eV
  39,  Y, N6,       0.0000, eV
  39,  Y, N7,       0.0000, eV
  39,  Y, O1,       0.0000, eV
  39,  Y, O2,       0.0000, eV
  39,  Y, O3,       0.0000, eV
  39,  Y, O4,       0.0000, eV
  39,  Y, O5,       0.0000, eV
  39,  Y, P1,       0.0000, eV
  39,  Y, P2,       0.0000, eV
  39,  Y, P3,       0.0000, eV
  40, ZR, K ,   17997.5996, eV
  40, ZR, L1,    2531.6001, eV
  40, ZR, L2,    2306.7000, eV
  40, ZR, L3,    2222.3000, eV
  40, ZR, M1,     430.3000, eV
  40, ZR, M2,     344.2000, eV
  40, ZR, M3,     330.5000, eV
  40, ZR, M4,     182.4000, eV
  40, ZR, M5,     180.0000, eV
  40, ZR, N1,      51.3000, eV
  40, ZR, N2,      28.7000, eV
  40, ZR, N3,      28.7000, eV
  40, ZR, N4,       0.0000, eV
  40, ZR, N5,       0.0000, eV
  40, ZR, N6,       0.0000, eV
  40, ZR, N7,       0.0000, eV
  40, ZR, O1,       0.0000, eV
  40, ZR, O2,       0.0000, eV
  40, ZR, O3,       0.0000, eV
  40, ZR, O4,       0.0000, eV
  40, ZR, O5,       0.0000, eV
  40, ZR, P1,       0.0000, eV
  40, ZR, P2,       0.0000, eV
  40, ZR, P3,       0.0000, eV
  41, NB, K ,   18985.5996, eV
  41, NB, L1,    2697.7000, eV
  41, NB, L2,    2464.7000, eV
  41, NB, L3,    2370.5000, eV
  41, NB, M1,     468.4000, eV
  41, NB, M2,     378.4000, eV
  41, NB, M3,     363.0000, eV
  41, NB, M4,     207.4000, eV
  41, NB, M5,     204.6000, eV
  41, NB, N1,      58.1000, eV
  41, NB, N2,      33.9000, eV
  41, NB, N3,      33.9000, eV
  41, NB, N4,       3.2000, eV
  41, NB, N5,       3.2000, eV
  41, NB, N6,       0.0000, eV
  41, NB, N7,       0.0000, eV
  41, NB, O1,       0.0000, eV
  41, NB, O2,       0.0000, eV
  41, NB, O3,       0.0000, eV
  41, NB, O4,       0.0000, eV
  41, NB, O5,       0.0000, eV
  41, NB, P1,       0.0000, eV
  41, NB, P2,       0.0000, eV
  41, NB, P3,       0.0000, eV
  42, MO, K ,   19999.5000, eV
  42, MO, L1,    2865.5000, eV
  42, MO, L2,    2625.1001, eV
  42, MO, L3,    2520.2000, eV
  42, MO, M1,     504.6000, eV
  42, MO, M2,     409.7000, eV
  42, MO, M3,     392.3000, eV
  42, MO, M4,     230.3000, eV
  42, MO, M5,     227.0000, eV
  42, MO, N1,      61.8000, eV
  42, MO, N2,      34.8000, eV
  42, MO, N3,      34.8000, eV
  42, MO, N4,       1.8000, eV
  42, MO, N5,       1.8000, eV
  42, MO, N6,       0.0000, eV
  42, MO, N7,       0.0000, eV
  42, MO, O1,       0.0000, eV
  42, MO, O2,       0.0000, eV
  42, MO, O3,       0.0000, eV
  42, MO, O4,       0.0000, eV
  42, MO, O5,       0.0000, eV
  42, MO, P1,       0.0000, eV
  42, MO, P2,       0.0000, eV
  42, MO, P3,       0.0000, eV
  43, TC, K ,   21044.0000, eV
  43, TC, L1,    3042.5000, eV
  43, TC, L2,    2793.2000, eV
  43, TC, L3,    2676.8999, eV
  43, TC, M1,       0.0000, eV
  43, TC, M2,     444.9000, eV
  43, TC, M3,     425.0000, eV
  43, TC, M4,     256.4000, eV
  43, TC, M5,     252.9000, eV
  43, TC, N1,       0.0000, eV
  43, TC, N2,      38.9000, eV
  43, TC, N3,      38.9000, eV
  43, TC, N4,       0.0000, eV
  43, TC, N5,       0.0000, eV
  43, TC, N6,       0.0000, eV
  43, TC, N7,       0.0000, eV
  43, TC, O1,       0.0000, eV
  43, TC, O2,       0.0000, eV
  43, TC, O3,       0.0000, eV
  43, TC, O4,       0.0000, eV
  43, TC, O5,       0.0000, eV
  43, TC, P1,       0.0000, eV
  43, TC, P2,       0.0000, eV
  43, TC, P3,       0.0000, eV
  44, RU, K ,   22117.1992, eV
  44, RU, L1,    3224.0000, eV
  44, RU, L2,    2966.8999, eV
  44, RU, L3,    2837.8999, eV
  44, RU, M1,     585.0000, eV
  44, RU, M2,     482.8000, eV
  44, RU, M3,     460.6000, eV
  44, RU, M4,     283.6000, eV
  44, RU, M5,     279.4000, eV
  44, RU, N1,      74.9000, eV
  44, RU, N2,      43.1000, eV
  44, RU, N3,      43.1000, eV
  44, RU, N4,       2.0000, eV
  44, RU, N5,       2.0000, eV
  44, RU, N6,       0.0000, eV
  44, RU, N7,       0.0000, eV
  44, RU, O1,       0.0000, eV
  44, RU, O2,       0.0000, eV
  44, RU, O3,       0.0000, eV
  44, RU, O4,       0.0000, eV
  44, RU, O5,       0.0000, eV
  44, RU, P1,       0.0000, eV
  44, RU, P2,       0.0000, eV
  44, RU, P3,       0.0000, eV
  45, RH, K ,   23219.9004, eV
  45, RH, L1,    3411.8999, eV
  45, RH, L2,    3146.1001, eV
  45, RH, L3,    3003.8000, eV
  45, RH, M1,     627.1000, eV
  45, RH, M2,     521.0000, eV
  45, RH, M3,     496.2000, eV
  45, RH, M4,     311.7000, eV
  45, RH, M5,     307.0000, eV
  45, RH, N1,      81.0000, eV
  45, RH, N2,      47.9000, eV
  45, RH, N3,      47.9000, eV
  45, RH, N4,       2.5000, eV
  45, RH, N5,       2.5000, eV
  45, RH, N6,       0.0000, eV
  45, RH, N7,       0.0000, eV
  45, RH, O1,       0.0000, eV
  45, RH, O2,       0.0000, eV
  45, RH, O3,       0.0000, eV
  45, RH, O4,       0.0000, eV
  45, RH, O5,       0.0000, eV
  45, RH, P1,       0.0000, eV
  45, RH, P2,       0.0000, eV
  45, RH, P3,       0.0000, eV
  46, PD, K ,   24350.3008, eV
  46, PD, L1,    3604.3000, eV
  46, PD, L2,    3330.3000, eV
  46, PD, L3,    3173.3000, eV
  46, PD, M1,     669.9000, eV
  46, PD, M2,     559.1000, eV
  46, PD, M3,     531.5000, eV
  46, PD, M4,     340.0000, eV
  46, PD, M5,     334.7000, eV
  46, PD, N1,      86.4000, eV
  46, PD, N2,      51.1000, eV
  46, PD, N3,      51.1000, eV
  46, PD, N4,       1.5000, eV
  46, PD, N5,       1.5000, eV
  46, PD, N6,       0.0000, eV
  46, PD, N7,       0.0000, eV
  46, PD, O1,       0.0000, eV
  46, PD, O2,       0.0000, eV
  46, PD, O3,       0.0000, eV
  46, PD, O4,       0.0000, eV
  46, PD, O5,       0.0000, eV
  46, PD, P1,       0.0000, eV
  46, PD, P2,       0.0000, eV
  46, PD, P3,       0.0000, eV
  47, AG, K ,   25514.0000, eV
  47, AG, L1,    3805.8000, eV
  47, AG, L2,    3523.7000, eV
  47, AG, L3,    3351.1001, eV
  47, AG, M1,     717.5000, eV
  47, AG, M2,     602.4000, eV
  47, AG, M3,     571.4000, eV
  47, AG, M4,     372.8000, eV
  47, AG, M5,     366.7000, eV
  47, AG, N1,      95.2000, eV
  47, AG, N2,      62.6000, eV
  47, AG, N3,      55.9000, eV
  47, AG, N4,       3.3000, eV
  47, AG, N5,       3.3000, eV
  47, AG, N6,       0.0000, eV
  47, AG, N7,       0.0000, eV
  47, AG, O1,       0.0000, eV
  47, AG, O2,       0.0000, eV
  47, AG, O3,       0.0000, eV
  47, AG, O4,       0.0000, eV
  47, AG, O5,       0.0000, eV
  47, AG, P1,       0.0000, eV
  47, AG, P2,       0.0000, eV
  47, AG, P3,       0.0000, eV
  48, CD, K ,   26711.1992, eV
  48, CD, L1,    4018.0000, eV
  48, CD, L2,    3727.0000, eV
  48, CD, L3,    3537.5000, eV
  48, CD, M1,     770.2000, eV
  48, CD, M2,     650.7000, eV
  48, CD, M3,     616.5000, eV
  48, CD, M4,     410.5000, eV
  48, CD, M5,     403.7000, eV
  48, CD, N1,     107.6000, eV
  48, CD, N2,      66.9000, eV
  48, CD, N3,      66.9000, eV
  48, CD, N4,       9.3000, eV
  48, CD, N5,       9.3000, eV
  48, CD, N6,       0.0000, eV
  48, CD, N7,       0.0000, eV
  48, CD, O1,       0.0000, eV
  48, CD, O2,       0.0000, eV
  48, CD, O3,       0.0000, eV
  48, CD, O4,       0.0000, eV
  48, CD, O5,       0.0000, eV
  48, CD, P1,       0.0000, eV
  48, CD, P2,       0.0000, eV
  48, CD, P3,       0.0000, eV
  49, IN, K ,   27939.9004, eV
  49, IN, L1,    4237.5000, eV
  49, IN, L2,    3938.0000, eV
  49, IN, L3,    3730.1001, eV
  49, IN, M1,     825.6000, eV
  49, IN, M2,     702.2000, eV
  49, IN, M3,     664.3000, eV
  49, IN, M4,     450.8000, eV
  49, IN, M5,     443.1000, eV
  49, IN, N1,     121.9000, eV
  49, IN, N2,      77.4000, eV
  49, IN, N3,      77.4000, eV
  49, IN, N4,      16.2000, eV
  49, IN, N5,      16.2000, eV
  49, IN, N6,       0.0000, eV
  49, IN, N7,       0.0000, eV
  49, IN, O1,       0.1000, eV
  49, IN, O2,       0.8000, eV
  49, IN, O3,       0.8000, eV
  49, IN, O4,       0.0000, eV
  49, IN, O5,       0.0000, eV
  49, IN, P1,       0.0000, eV
  49, IN, P2,       0.0000, eV
  49, IN, P3,       0.0000, eV
  50, SN, K ,   29200.0996, eV
  50, SN, L1,    4464.7002, eV
  50, SN, L2,    4156.1001, eV
  50, SN, L3,    3928.8000, eV
  50, SN, M1,     883.8000, eV
  50, SN, M2,     756.4000, eV
  50, SN, M3,     714.4000, eV
  50, SN, M4,     493.3000, eV
  50, SN, M5,     484.8000, eV
  50, SN, N1,     136.5000, eV
  50, SN, N2,      88.6000, eV
  50, SN, N3,      88.6000, eV
  50, SN, N4,      23.9000, eV
  50, SN, N5,      23.9000, eV
  50, SN, N6,       0.0000, eV
  50, SN, N7,       0.0000, eV
  50, SN, O1,       0.9000, eV
  50, SN, O2,       1.1000, eV
  50, SN, O3,       1.1000, eV
  50, SN, O4,       0.0000, eV
  50, SN, O5,       0.0000, eV
  50, SN, P1,       0.0000, eV
  50, SN, P2,       0.0000, eV
  50, SN, P3,       0.0000, eV
  51, SB, K ,   30491.1992, eV
  51, SB, L1,    4698.2998, eV
  51, SB, L2,    4380.3999, eV
  51, SB, L3,    4132.2002, eV
  51, SB, M1,     943.7000, eV
  51, SB, M2,     811.9000, eV
  51, SB, M3,     765.6000, eV
  51, SB, M4,     536.9000, eV
  51, SB, M5,     527.5000, eV
  51, SB, N1,     152.0000, eV
  51, SB, N2,      98.4000, eV
  51, SB, N3,      98.4000, eV
  51, SB, N4,      31.4000, eV
  51, SB, N5,      31.4000, eV
  51, SB, N6,       0.0000, eV
  51, SB, N7,       0.0000, eV
  51, SB, O1,       6.7000, eV
  51, SB, O2,       2.1000, eV
  51, SB, O3,       2.1000, eV
  51, SB, O4,       0.0000, eV
  51, SB, O5,       0.0000, eV
  51, SB, P1,       0.0000, eV
  51, SB, P2,       0.0000, eV
  51, SB, P3,       0.0000, eV
  52, TE, K ,   31813.8008, eV
  52, TE, L1,    4939.2002, eV
  52, TE, L2,    4612.0000, eV
  52, TE, L3,    4341.3999, eV
  52, TE, M1,    1006.0000, eV
  52, TE, M2,     869.7000, eV
  52, TE, M3,     818.7000, eV
  52, TE, M4,     582.5000, eV
  52, TE, M5,     572.1000, eV
  52, TE, N1,     168.3000, eV
  52, TE, N2,     110.2000, eV
  52, TE, N3,     110.2000, eV
  52, TE, N4,      39.8000, eV
  52, TE, N5,      39.8000, eV
  52, TE, N6,       0.0000, eV
  52, TE, N7,       0.0000, eV
  52, TE, O1,      11.6000, eV
  52, TE, O2,       2.3000, eV
  52, TE, O3,       2.3000, eV
  52, TE, O4,       0.0000, eV
  52, TE, O5,       0.0000, eV
  52, TE, P1,       0.0000, eV
  52, TE, P2,       0.0000, eV
  52, TE, P3,       0.0000, eV
  53,  I, K ,   33169.3984, eV
  53,  I, L1,    5188.1001, eV
  53,  I, L2,    4852.1001, eV
  53,  I, L3,    4557.1001, eV
  53,  I, M1,    1072.1000, eV
  53,  I, M2,     930.5000, eV
  53,  I, M3,     874.6000, eV
  53,  I, M4,     631.3000, eV
  53,  I, M5,     619.4000, eV
  53,  I, N1,     186.4000, eV
  53,  I, N2,     122.7000, eV
  53,  I, N3,     122.7000, eV
  53,  I, N4,      49.6000, eV
  53,  I, N5,      49.6000, eV
  53,  I, N6,       0.0000, eV
  53,  I, N7,       0.0000, eV
  53,  I, O1,      13.6000, eV
  53,  I, O2,       3.3000, eV
  53,  I, O3,       3.3000, eV
  53,  I, O4,       0.0000, eV
  53,  I, O5,       0.0000, eV
  53,  I, P1,       0.0000, eV
  53,  I, P2,       0.0000, eV
  53,  I, P3,       0.0000, eV
  54, XE, K ,   34561.3984, eV
  54, XE, L1,    5452.7998, eV
  54, XE, L2,    5103.7002, eV
  54, XE, L3,    4782.2002, eV
  54, XE, M1,       0.0000, eV
  54, XE, M2,     999.0000, eV
  54, XE, M3,     937.0000, eV
  54, XE, M4,       0.0000, eV
  54, XE, M5,     672.3000, eV
  54, XE, N1,       0.0000, eV
  54, XE, N2,     146.7000, eV
  54, XE, N3,     146.7000, eV
  54, XE, N4,       0.0000, eV
  54, XE, N5,       0.0000, eV
  54, XE, N6,       0.0000, eV
  54, XE, N7,       0.0000, eV
  54, XE, O1,       0.0000, eV
  54, XE, O2,       0.0000, eV
  54, XE, O3,       0.0000, eV
  54, XE, O4,       0.0000, eV
  54, XE, O5,       0.0000, eV
  54, XE, P1,       0.0000, eV
  54, XE, P2,       0.0000, eV
  54, XE, P3,       0.0000, eV
  55, CS, K ,   35984.6016, eV
  55, CS, L1,    5714.2998, eV
  55, CS, L2,    5359.3999, eV
  55, CS, L3,    5011.8999, eV
  55, CS, M1,    1217.1000, eV
  55, CS, M2,    1065.0000, eV
  55, CS, M3,     997.6000, eV
  55, CS, M4,     739.5000, eV
  55, CS, M5,     725.5000, eV
  55, CS, N1,     230.8000, eV
  55, CS, N2,     172.3000, eV
  55, CS, N3,     161.6000, eV
  55, CS, N4,      78.8000, eV
  55, CS, N5,      76.5000, eV
  55, CS, N6,       0.0000, eV
  55, CS, N7,       0.0000, eV
  55, CS, O1,      22.7000, eV
  55, CS, O2,      13.1000, eV
  55, CS, O3,      11.4000, eV
  55, CS, O4,       0.0000, eV
  55, CS, O5,       0.0000, eV
  55, CS, P1,       0.0000, eV
  55, CS, P2,       0.0000, eV
  55, CS, P3,       0.0000, eV
  56, BA, K ,   37440.6016, eV
  56, BA, L1,    5988.7998, eV
  56, BA, L2,    5623.6001, eV
  56, BA, L3,    5247.0000, eV
  56, BA, M1,    1292.8000, eV
  56, BA, M2,    1136.7000, eV
  56, BA, M3,    1062.2000, eV
  56, BA, M4,     796.1000, eV
  56, BA, M5,     780.7000, eV
  56, BA, N1,     253.0000, eV
  56, BA, N2,     191.8000, eV
  56, BA, N3,     179.7000, eV
  56, BA, N4,      92.5000, eV
  56, BA, N5,      89.9000, eV
  56, BA, N6,       0.0000, eV
  56, BA, N7,       0.0000, eV
  56, BA, O1,      39.1000, eV
  56, BA, O2,      16.6000, eV
  56, BA, O3,      14.6000, eV
  56, BA, O4,       0.0000, eV
  56, BA, O5,       0.0000, eV
  56, BA, P1,       0.0000, eV
  56, BA, P2,       0.0000, eV
  56, BA, P3,       0.0000, eV
  57, LA, K ,   38924.6016, eV
  57, LA, L1,    6266.2998, eV
  57, LA, L2,    5890.6001, eV
  57, LA, L3,    5482.7002, eV
  57, LA, M1,    1361.3000, eV
  57, LA, M2,    1204.4000, eV
  57, LA, M3,    1123.4000, eV
  57, LA, M4,     848.5000, eV
  57, LA, M5,     831.7000, eV
  57, LA, N1,     270.4000, eV
  57, LA, N2,     205.8000, eV
  57, LA, N3,     191.4000, eV
  57, LA, N4,      98.9000, eV
  57, LA, N5,      98.9000, eV
  57, LA, N6,       0.0000, eV
  57, LA, N7,       0.0000, eV
  57, LA, O1,      32.3000, eV
  57, LA, O2,      14.4000, eV
  57, LA, O3,      14.4000, eV
  57, LA, O4,       0.0000, eV
  57, LA, O5,       0.0000, eV
  57, LA, P1,       0.0000, eV
  57, LA, P2,       0.0000, eV
  57, LA, P3,       0.0000, eV
  58, CE, K ,   40443.0000, eV
  58, CE, L1,    6548.7998, eV
  58, CE, L2,    6164.2002, eV
  58, CE, L3,    5723.3999, eV
  58, CE, M1,    1434.6000, eV
  58, CE, M2,    1272.8000, eV
  58, CE, M3,    1185.4000, eV
  58, CE, M4,     901.3000, eV
  58, CE, M5,     883.3000, eV
  58, CE, N1,     289.6000, eV
  58, CE, N2,     223.3000, eV
  58, CE, N3,     207.2000, eV
  58, CE, N4,     110.0000, eV
  58, CE, N5,     110.0000, eV
  58, CE, N6,       0.1000, eV
  58, CE, N7,       0.1000, eV
  58, CE, O1,      37.8000, eV
  58, CE, O2,      19.8000, eV
  58, CE, O3,      19.8000, eV
  58, CE, O4,       0.0000, eV
  58, CE, O5,       0.0000, eV
  58, CE, P1,       0.0000, eV
  58, CE, P2,       0.0000, eV
  58, CE, P3,       0.0000, eV
  59, PR, K ,   41990.6016, eV
  59, PR, L1,    6834.7998, eV
  59, PR, L2,    6440.3999, eV
  59, PR, L3,    5964.2998, eV
  59, PR, M1,    1511.0000, eV
  59, PR, M2,    1337.4000, eV
  59, PR, M3,    1242.2000, eV
  59, PR, M4,     951.1000, eV
  59, PR, M5,     931.0000, eV
  59, PR, N1,     304.5000, eV
  59, PR, N2,     236.3000, eV
  59, PR, N3,     217.6000, eV
  59, PR, N4,     113.2000, eV
  59, PR, N5,     113.2000, eV
  59, PR, N6,       2.0000, eV
  59, PR, N7,       2.0000, eV
  59, PR, O1,      37.4000, eV
  59, PR, O2,      22.3000, eV
  59, PR, O3,      22.3000, eV
  59, PR, O4,       0.0000, eV
  59, PR, O5,       0.0000, eV
  59, PR, P1,       0.0000, eV
  59, PR, P2,       0.0000, eV
  59, PR, P3,       0.0000, eV
  60, ND, K ,   43568.8984, eV
  60, ND, L1,    7126.0000, eV
  60, ND, L2,    6721.5000, eV
  60, ND, L3,    6207.8999, eV
  60, ND, M1,    1575.3000, eV
  60, ND, M2,    1402.8000, eV
  60, ND, M3,    1297.4000, eV
  60, ND, M4,     999.9000, eV
  60, ND, M5,     977.7000, eV
  60, ND, N1,     315.2000, eV
  60, ND, N2,     243.3000, eV
  60, ND, N3,     224.6000, eV
  60, ND, N4,     117.5000, eV
  60, ND, N5,     117.5000, eV
  60, ND, N6,       1.5000, eV
  60, ND, N7,       1.5000, eV
  60, ND, O1,      37.5000, eV
  60, ND, O2,      21.1000, eV
  60, ND, O3,      21.1000, eV
  60, ND, O4,       0.0000, eV
  60, ND, O5,       0.0000, eV
  60, ND, P1,       0.0000, eV
  60, ND, P2,       0.0000, eV
  60, ND, P3,       0.0000, eV
  61, PM, K ,   45184.0000, eV
  61, PM, L1,    7427.8999, eV
  61, PM, L2,    7012.7998, eV
  61, PM, L3,    6459.2998, eV
  61, PM, M1,       0.0000, eV
  61, PM, M2,    1471.4000, eV
  61, PM, M3,    1356.9000, eV
  61, PM, M4,    1051.5000, eV
  61, PM, M5,    1026.9000, eV
  61, PM, N1,       0.0000, eV
  61, PM, N2,     242.0000, eV
  61, PM, N3,     242.0000, eV
  61, PM, N4,     120.4000, eV
  61, PM, N5,     120.4000, eV
  61, PM, N6,       0.0000, eV
  61, PM, N7,       0.0000, eV
  61, PM, O1,       0.0000, eV
  61, PM, O2,       0.0000, eV
  61, PM, O3,       0.0000, eV
  61, PM, O4,       0.0000, eV
  61, PM, O5,       0.0000, eV
  61, PM, P1,       0.0000, eV
  61, PM, P2,       0.0000, eV
  61, PM, P3,       0.0000, eV
  62, SM, K ,   46834.1992, eV
  62, SM, L1,    7736.7998, eV
  62, SM, L2,    7311.7998, eV
  62, SM, L3,    6716.2002, eV
  62, SM, M1,    1722.8000, eV
  62, SM, M2,    1540.7000, eV
  62, SM, M3,    1419.8000, eV
  62, SM, M4,    1106.0000, eV
  62, SM, M5,    1080.2000, eV
  62, SM, N1,     345.7000, eV
  62, SM, N2,     265.6000, eV
  62, SM, N3,     247.4000, eV
  62, SM, N4,     129.0000, eV
  62, SM, N5,     129.0000, eV
  62, SM, N6,       5.5000, eV
  62, SM, N7,       5.5000, eV
  62, SM, O1,      37.4000, eV
  62, SM, O2,      21.3000, eV
  62, SM, O3,      21.3000, eV
  62, SM, O4,       0.0000, eV
  62, SM, O5,       0.0000, eV
  62, SM, P1,       0.0000, eV
  62, SM, P2,       0.0000, eV
  62, SM, P3,       0.0000, eV
  63, EU, K ,   48519.0000, eV
  63, EU, L1,    8052.0000, eV
  63, EU, L2,    7617.1001, eV
  63, EU, L3,    6976.8999, eV
  63, EU, M1,    1800.0000, eV
  63, EU, M2,    1613.9000, eV
  63, EU, M3,    1480.6000, eV
  63, EU, M4,    1160.6000, eV
  63, EU, M5,    1130.9000, eV
  63, EU, N1,     360.2000, eV
  63, EU, N2,     283.9000, eV
  63, EU, N3,     256.6000, eV
  63, EU, N4,     133.2000, eV
  63, EU, N5,     133.3000, eV
  63, EU, N6,       0.0000, eV
  63, EU, N7,       0.0000, eV
  63, EU, O1,      31.8000, eV
  63, EU, O2,      22.0000, eV
  63, EU, O3,      22.0000, eV
  63, EU, O4,       0.0000, eV
  63, EU, O5,       0.0000, eV
  63, EU, P1,       0.0000, eV
  63, EU, P2,       0.0000, eV
  63, EU, P3,       0.0000, eV
  64, GD, K ,   50239.1016, eV
  64, GD, L1,    8375.5996, eV
  64, GD, L2,    7930.2998, eV
  64, GD, L3,    7242.7998, eV
  64, GD, M1,    1880.8000, eV
  64, GD, M2,    1688.3000, eV
  64, GD, M3,    1544.0000, eV
  64, GD, M4,    1217.2000, eV
  64, GD, M5,    1185.2000, eV
  64, GD, N1,     375.8000, eV
  64, GD, N2,     288.5000, eV
  64, GD, N3,     270.9000, eV
  64, GD, N4,     140.5000, eV
  64, GD, N5,     140.5000, eV
  64, GD, N6,       0.1000, eV
  64, GD, N7,       0.1000, eV
  64, GD, O1,      36.1000, eV
  64, GD, O2,      20.3000, eV
  64, GD, O3,      20.3000, eV
  64, GD, O4,       0.0000, eV
  64, GD, O5,       0.0000, eV
  64, GD, P1,       0.0000, eV
  64, GD, P2,       0.0000, eV
  64, GD, P3,       0.0000, eV
  65, TB, K ,   51995.6992, eV
  65, TB, L1,    8708.0000, eV
  65, TB, L2,    8251.5996, eV
  65, TB, L3,    7514.0000, eV
  65, TB, M1,    1967.5000, eV
  65, TB, M2,    1767.7000, eV
  65, TB, M3,    1611.3000, eV
  65, TB, M4,    1275.0000, eV
  65, TB, M5,    1241.2000, eV
  65, TB, N1,     397.9000, eV
  65, TB, N2,     310.2000, eV
  65, TB, N3,     385.0000, eV
  65, TB, N4,     147.0000, eV
  65, TB, N5,     147.0000, eV
  65, TB, N6,       2.6000, eV
  65, TB, N7,       2.6000, eV
  65, TB, O1,      39.0000, eV
  65, TB, O2,      25.4000, eV
  65, TB, O3,      25.4000, eV
  65, TB, O4,       0.0000, eV
  65, TB, O5,       0.0000, eV
  65, TB, P1,       0.0000, eV
  65, TB, P2,       0.0000, eV
  65, TB, P3,       0.0000, eV
  66, DY, K ,   53788.5000, eV
  66, DY, L1,    9045.7998, eV
  66, DY, L2,    8580.5996, eV
  66, DY, L3,    7790.1001, eV
  66, DY, M1,    2046.8000, eV
  66, DY, M2,    1841.8000, eV
  66, DY, M3,    1675.6000, eV
  66, DY, M4,    1332.5000, eV
  66, DY, M5,    1294.9000, eV
  66, DY, N1,     416.3000, eV
  66, DY, N2,     331.8000, eV
  66, DY, N3,     292.9000, eV
  66, DY, N4,     154.2000, eV
  66, DY, N5,     154.2000, eV
  66, DY, N6,       4.2000, eV
  66, DY, N7,       4.2000, eV
  66, DY, O1,      62.9000, eV
  66, DY, O2,      26.3000, eV
  66, DY, O3,      26.3000, eV
  66, DY, O4,       0.0000, eV
  66, DY, O5,       0.0000, eV
  66, DY, P1,       0.0000, eV
  66, DY, P2,       0.0000, eV
  66, DY, P3,       0.0000, eV
  67, HO, K ,   55617.6992, eV
  67, HO, L1,    9394.2002, eV
  67, HO, L2,    8917.7998, eV
  67, HO, L3,    8071.1001, eV
  67, HO, M1,    2128.3000, eV
  67, HO, M2,    1922.8000, eV
  67, HO, M3,    1741.2000, eV
  67, HO, M4,    1391.5000, eV
  67, HO, M5,    1351.4000, eV
  67, HO, N1,     435.7000, eV
  67, HO, N2,     343.5000, eV
  67, HO, N3,     306.6000, eV
  67, HO, N4,     161.0000, eV
  67, HO, N5,     161.0000, eV
  67, HO, N6,       3.7000, eV
  67, HO, N7,       3.7000, eV
  67, HO, O1,      51.2000, eV
  67, HO, O2,      20.3000, eV
  67, HO, O3,      20.3000, eV
  67, HO, O4,       0.0000, eV
  67, HO, O5,       0.0000, eV
  67, HO, P1,       0.0000, eV
  67, HO, P2,       0.0000, eV
  67, HO, P3,       0.0000, eV
  68, ER, K ,   57485.5000, eV
  68, ER, L1,    9751.2998, eV
  68, ER, L2,    9264.2998, eV
  68, ER, L3,    8357.9004, eV
  68, ER, M1,    2206.5000, eV
  68, ER, M2,    2005.8000, eV
  68, ER, M3,    1811.8000, eV
  68, ER, M4,    1453.3000, eV
  68, ER, M5,    1409.3000, eV
  68, ER, N1,     449.1000, eV
  68, ER, N2,     366.2000, eV
  68, ER, N3,     320.0000, eV
  68, ER, N4,     176.7000, eV
  68, ER, N5,     167.6000, eV
  68, ER, N6,       4.3000, eV
  68, ER, N7,       4.3000, eV
  68, ER, O1,      59.8000, eV
  68, ER, O2,      29.4000, eV
  68, ER, O3,      29.4000, eV
  68, ER, O4,       0.0000, eV
  68, ER, O5,       0.0000, eV
  68, ER, P1,       0.0000, eV
  68, ER, P2,       0.0000, eV
  68, ER, P3,       0.0000, eV
  69, TM, K ,   59389.6016, eV
  69, TM, L1,   10115.7002, eV
  69, TM, L2,    9616.9004, eV
  69, TM, L3,    8648.0000, eV
  69, TM, M1,    2306.8000, eV
  69, TM, M2,    2089.8000, eV
  69, TM, M3,    1884.5000, eV
  69, TM, M4,    1514.6000, eV
  69, TM, M5,    1467.7000, eV
  69, TM, N1,     471.7000, eV
  69, TM, N2,     385.9000, eV
  69, TM, N3,     336.6000, eV
  69, TM, N4,     179.6000, eV
  69, TM, N5,     179.6000, eV
  69, TM, N6,       5.3000, eV
  69, TM, N7,       5.3000, eV
  69, TM, O1,      53.2000, eV
  69, TM, O2,      32.3000, eV
  69, TM, O3,      32.3000, eV
  69, TM, O4,       0.0000, eV
  69, TM, O5,       0.0000, eV
  69, TM, P1,       0.0000, eV
  69, TM, P2,       0.0000, eV
  69, TM, P3,       0.0000, eV
  70, YB, K ,   61332.3008, eV
  70, YB, L1,   10486.4004, eV
  70, YB, L2,    9978.2002, eV
  70, YB, L3,    8943.5996, eV
  70, YB, M1,    2398.1001, eV
  70, YB, M2,    2173.0000, eV
  70, YB, M3,    1949.8000, eV
  70, YB, M4,    1576.3000, eV
  70, YB, M5,    1527.8000, eV
  70, YB, N1,     487.2000, eV
  70, YB, N2,     396.7000, eV
  70, YB, N3,     343.5000, eV
  70, YB, N4,     198.1000, eV
  70, YB, N5,     184.9000, eV
  70, YB, N6,       6.3000, eV
  70, YB, N7,       6.3000, eV
  70, YB, O1,      54.1000, eV
  70, YB, O2,      23.4000, eV
  70, YB, O3,      23.4000, eV
  70, YB, O4,       0.0000, eV
  70, YB, O5,       0.0000, eV
  70, YB, P1,       0.0000, eV
  70, YB, P2,       0.0000, eV
  70, YB, P3,       0.0000, eV
  71, LU, K ,   63313.8008, eV
  71, LU, L1,   10870.4004, eV
  71, LU, L2,   10348.5996, eV
  71, LU, L3,    9244.0996, eV
  71, LU, M1,    2491.2000, eV
  71, LU, M2,    2263.5000, eV
  71, LU, M3,    2023.6000, eV
  71, LU, M4,    1639.4000, eV
  71, LU, M5,    1588.5000, eV
  71, LU, N1,     506.2000, eV
  71, LU, N2,     410.1000, eV
  71, LU, N3,     359.3000, eV
  71, LU, N4,     204.8000, eV
  71, LU, N5,     195.0000, eV
  71, LU, N6,       6.9000, eV
  71, LU, N7,       6.9000, eV
  71, LU, O1,      56.8000, eV
  71, LU, O2,      28.0000, eV
  71, LU, O3,      28.0000, eV
  71, LU, O4,       0.0000, eV
  71, LU, O5,       0.0000, eV
  71, LU, P1,       0.0000, eV
  71, LU, P2,       0.0000, eV
  71, LU, P3,       0.0000, eV
  72, HF, K ,   65350.8008, eV
  72, HF, L1,   11270.7002, eV
  72, HF, L2,   10739.4004, eV
  72, HF, L3,    9560.7002, eV
  72, HF, M1,    2600.8999, eV
  72, HF, M2,    2365.3999, eV
  72, HF, M3,    2107.6001, eV
  72, HF, M4,    1716.4000, eV
  72, HF, M5,    1661.7000, eV
  72, HF, N1,     538.1000, eV
  72, HF, N2,     437.0000, eV
  72, HF, N3,     380.4000, eV
  72, HF, N4,     223.8000, eV
  72, HF, N5,     213.7000, eV
  72, HF, N6,      17.1000, eV
  72, HF, N7,      17.1000, eV
  72, HF, O1,      64.9000, eV
  72, HF, O2,      38.1000, eV
  72, HF, O3,      30.6000, eV
  72, HF, O4,       0.0000, eV
  72, HF, O5,       0.0000, eV
  72, HF, P1,       0.0000, eV
  72, HF, P2,       0.0000, eV
  72, HF, P3,       0.0000, eV
  73, TA, K ,   67416.3984, eV
  73, TA, L1,   11681.5000, eV
  73, TA, L2,   11136.0996, eV
  73, TA, L3,    9881.0996, eV
  73, TA, M1,    2708.0000, eV
  73, TA, M2,    2468.7000, eV
  73, TA, M3,    2194.0000, eV
  73, TA, M4,    1793.2000, eV
  73, TA, M5,    1735.1000, eV
  73, TA, N1,     565.5000, eV
  73, TA, N2,     464.8000, eV
  73, TA, N3,     404.5000, eV
  73, TA, N4,     241.3000, eV
  73, TA, N5,     229.3000, eV
  73, TA, N6,      25.0000, eV
  73, TA, N7,      25.0000, eV
  73, TA, O1,      71.1000, eV
  73, TA, O2,      44.9000, eV
  73, TA, O3,      36.4000, eV
  73, TA, O4,       5.7000, eV
  73, TA, O5,       5.7000, eV
  73, TA, P1,       0.0000, eV
  73, TA, P2,       0.0000, eV
  73, TA, P3,       0.0000, eV
  74,  W, K ,   69525.0000, eV
  74,  W, L1,   12099.7998, eV
  74,  W, L2,   11544.0000, eV
  74,  W, L3,   10206.7998, eV
  74,  W, M1,    2819.6001, eV
  74,  W, M2,    2574.8999, eV
  74,  W, M3,    2281.0000, eV
  74,  W, M4,    1871.6000, eV
  74,  W, M5,    1809.2000, eV
  74,  W, N1,     595.0000, eV
  74,  W, N2,     491.6000, eV
  74,  W, N3,     425.3000, eV
  74,  W, N4,     258.8000, eV
  74,  W, N5,     245.4000, eV
  74,  W, N6,      36.5000, eV
  74,  W, N7,      33.6000, eV
  74,  W, O1,      77.1000, eV
  74,  W, O2,      46.8000, eV
  74,  W, O3,      35.6000, eV
  74,  W, O4,       6.1000, eV
  74,  W, O5,       6.1000, eV
  74,  W, P1,       0.0000, eV
  74,  W, P2,       0.0000, eV
  74,  W, P3,       0.0000, eV
  75, RE, K ,   71676.3984, eV
  75, RE, L1,   12526.7002, eV
  75, RE, L2,   11958.7002, eV
  75, RE, L3,   10535.2998, eV
  75, RE, M1,    2931.7000, eV
  75, RE, M2,    2681.6001, eV
  75, RE, M3,    2367.3000, eV
  75, RE, M4,    1948.9000, eV
  75, RE, M5,    1882.9000, eV
  75, RE, N1,     625.0000, eV
  75, RE, N2,     517.9000, eV
  75, RE, N3,     444.4000, eV
  75, RE, N4,     273.7000, eV
  75, RE, N5,     260.2000, eV
  75, RE, N6,      40.6000, eV
  75, RE, N7,      40.6000, eV
  75, RE, O1,      82.8000, eV
  75, RE, O2,      45.6000, eV
  75, RE, O3,      34.6000, eV
  75, RE, O4,       3.5000, eV
  75, RE, O5,       3.5000, eV
  75, RE, P1,       0.0000, eV
  75, RE, P2,       0.0000, eV
  75, RE, P3,       0.0000, eV
  76, OS, K ,   73870.7969, eV
  76, OS, L1,   12968.0000, eV
  76, OS, L2,   12385.0000, eV
  76, OS, L3,   10870.9004, eV
  76, OS, M1,    3048.5000, eV
  76, OS, M2,    2792.2000, eV
  76, OS, M3,    2457.2000, eV
  76, OS, M4,    2030.8000, eV
  76, OS, M5,    1960.1000, eV
  76, OS, N1,     654.3000, eV
  76, OS, N2,     546.5000, eV
  76, OS, N3,     468.2000, eV
  76, OS, N4,     289.4000, eV
  76, OS, N5,     272.8000, eV
  76, OS, N6,      46.3000, eV
  76, OS, N7,      46.3000, eV
  76, OS, O1,      83.7000, eV
  76, OS, O2,      58.0000, eV
  76, OS, O3,      45.4000, eV
  76, OS, O4,       0.0000, eV
  76, OS, O5,       0.0000, eV
  76, OS, P1,       0.0000, eV
  76, OS, P2,       0.0000, eV
  76, OS, P3,       0.0000, eV
  77, IR, K ,   76111.0000, eV
  77, IR, L1,   13418.5000, eV
  77, IR, L2,   12824.0996, eV
  77, IR, L3,   11215.2002, eV
  77, IR, M1,    3173.7000, eV
  77, IR, M2,    2908.7000, eV
  77, IR, M3,    2550.7000, eV
  77, IR, M4,    2116.1001, eV
  77, IR, M5,    2040.4000, eV
  77, IR, N1,     690.1000, eV
  77, IR, N2,     577.1000, eV
  77, IR, N3,     494.3000, eV
  77, IR, N4,     311.4000, eV
  77, IR, N5,     294.9000, eV
  77, IR, N6,      63.4000, eV
  77, IR, N7,      60.5000, eV
  77, IR, O1,      95.2000, eV
  77, IR, O2,      63.0000, eV
  77, IR, O3,      50.5000, eV
  77, IR, O4,       3.8000, eV
  77, IR, O5,       3.8000, eV
  77, IR, P1,       0.0000, eV
  77, IR, P2,       0.0000, eV
  77, IR, P3,       0.0000, eV
  78, PT, K ,   78394.7969, eV
  78, PT, L1,   13879.9004, eV
  78, PT, L2,   13272.5996, eV
  78, PT, L3,   11563.7002, eV
  78, PT, M1,    3296.0000, eV
  78, PT, M2,    3026.5000, eV
  78, PT, M3,    2645.3999, eV
  78, PT, M4,    2201.8999, eV
  78, PT, M5,    2121.6001, eV
  78, PT, N1,     722.0000, eV
  78, PT, N2,     609.2000, eV
  78, PT, N3,     519.0000, eV
  78, PT, N4,     330.8000, eV
  78, PT, N5,     313.3000, eV
  78, PT, N6,      74.3000, eV
  78, PT, N7,      71.1000, eV
  78, PT, O1,     101.7000, eV
  78, PT, O2,      65.3000, eV
  78, PT, O3,      51.7000, eV
  78, PT, O4,       2.2000, eV
  78, PT, O5,       2.2000, eV
  78, PT, P1,       0.0000, eV
  78, PT, P2,       0.0000, eV
  78, PT, P3,       0.0000, eV
  79, AU, K ,   80724.8984, eV
  79, AU, L1,   14352.7998, eV
  79, AU, L2,   13733.5996, eV
  79, AU, L3,   11918.7002, eV
  79, AU, M1,    3424.8999, eV
  79, AU, M2,    3147.8000, eV
  79, AU, M3,    2743.0000, eV
  79, AU, M4,    2291.1001, eV
  79, AU, M5,    2205.7000, eV
  79, AU, N1,     758.8000, eV
  79, AU, N2,     643.7000, eV
  79, AU, N3,     545.4000, eV
  79, AU, N4,     352.0000, eV
  79, AU, N5,     333.9000, eV
  79, AU, N6,      86.4000, eV
  79, AU, N7,      82.8000, eV
  79, AU, O1,     107.8000, eV
  79, AU, O2,      71.7000, eV
  79, AU, O3,      53.7000, eV
  79, AU, O4,       2.5000, eV
  79, AU, O5,       2.5000, eV
  79, AU, P1,       0.0000, eV
  79, AU, P2,       0.0000, eV
  79, AU, P3,       0.0000, eV
  80, HG, K ,   83102.2969, eV
  80, HG, L1,   14839.2998, eV
  80, HG, L2,   14208.7002, eV
  80, HG, L3,   12283.9004, eV
  80, HG, M1,    3561.6001, eV
  80, HG, M2,    3278.5000, eV
  80, HG, M3,    2847.1001, eV
  80, HG, M4,    2384.8999, eV
  80, HG, M5,    2294.8999, eV
  80, HG, N1,     800.3000, eV
  80, HG, N2,     676.9000, eV
  80, HG, N3,     571.0000, eV
  80, HG, N4,     378.3000, eV
  80, HG, N5,     359.8000, eV
  80, HG, N6,     102.2000, eV
  80, HG, N7,      98.5000, eV
  80, HG, O1,     120.3000, eV
  80, HG, O2,      80.5000, eV
  80, HG, O3,      57.6000, eV
  80, HG, O4,       6.4000, eV
  80, HG, O5,       6.4000, eV
  80, HG, P1,       0.0000, eV
  80, HG, P2,       0.0000, eV
  80, HG, P3,       0.0000, eV
  81, TL, K ,   85530.3984, eV
  81, TL, L1,   15346.7002, eV
  81, TL, L2,   14697.9004, eV
  81, TL, L3,   12657.5000, eV
  81, TL, M1,    3704.1001, eV
  81, TL, M2,    3415.7000, eV
  81, TL, M3,    2956.6001, eV
  81, TL, M4,    2485.1001, eV
  81, TL, M5,    2389.3000, eV
  81, TL, N1,     845.5000, eV
  81, TL, N2,     721.3000, eV
  81, TL, N3,     609.0000, eV
  81, TL, N4,     406.6000, eV
  81, TL, N5,     386.2000, eV
  81, TL, N6,     122.8000, eV
  81, TL, N7,     118.5000, eV
  81, TL, O1,     136.3000, eV
  81, TL, O2,      99.6000, eV
  81, TL, O3,      75.4000, eV
  81, TL, O4,      15.3000, eV
  81, TL, O5,      13.1000, eV
  81, TL, P1,       0.0000, eV
  81, TL, P2,       0.0000, eV
  81, TL, P3,       0.0000, eV
  82, PB, K ,   88004.5000, eV
  82, PB, L1,   15860.7998, eV
  82, PB, L2,   15200.0000, eV
  82, PB, L3,   13035.2002, eV
  82, PB, M1,    3850.7000, eV
  82, PB, M2,    3554.2000, eV
  82, PB, M3,    3066.3999, eV
  82, PB, M4,    2585.6001, eV
  82, PB, M5,    2484.0000, eV
  82, PB, N1,     893.6000, eV
  82, PB, N2,     763.9000, eV
  82, PB, N3,     644.5000, eV
  82, PB, N4,     435.2000, eV
  82, PB, N5,     412.9000, eV
  82, PB, N6,     142.9000, eV
  82, PB, N7,     138.1000, eV
  82, PB, O1,     147.3000, eV
  82, PB, O2,     104.8000, eV
  82, PB, O3,      86.0000, eV
  82, PB, O4,      21.8000, eV
  82, PB, O5,      19.2000, eV
  82, PB, P1,       3.1000, eV
  82, PB, P2,       0.7000, eV
  82, PB, P3,       0.7000, eV
  83, BI, K ,   90525.8984, eV
  83, BI, L1,   16387.5000, eV
  83, BI, L2,   15711.0996, eV
  83, BI, L3,   13418.5996, eV
  83, BI, M1,    3999.1001, eV
  83, BI, M2,    3696.3000, eV
  83, BI, M3,    3176.8999, eV
  83, BI, M4,    2687.6001, eV
  83, BI, M5,    2579.6001, eV
  83, BI, N1,     938.2000, eV
  83, BI, N2,     805.3000, eV
  83, BI, N3,     678.9000, eV
  83, BI, N4,     463.6000, eV
  83, BI, N5,     440.0000, eV
  83, BI, N6,     161.9000, eV
  83, BI, N7,     157.4000, eV
  83, BI, O1,     159.3000, eV
  83, BI, O2,     116.8000, eV
  83, BI, O3,      92.8000, eV
  83, BI, O4,      26.5000, eV
  83, BI, O5,      24.4000, eV
  83, BI, P1,       0.0000, eV
  83, BI, P2,       2.7000, eV
  83, BI, P3,       2.7000, eV
  84, PO, K ,   93105.0000, eV
  84, PO, L1,   16939.3008, eV
  84, PO, L2,   16244.2998, eV
  84, PO, L3,   13813.7998, eV
  84, PO, M1,    4149.3999, eV
  84, PO, M2,    3854.1001, eV
  84, PO, M3,    3301.8999, eV
  84, PO, M4,    2798.0000, eV
  84, PO, M5,    2683.0000, eV
  84, PO, N1,     995.3000, eV
  84, PO, N2,     851.0000, eV
  84, PO, N3,     705.0000, eV
  84, PO, N4,     500.2000, eV
  84, PO, N5,     473.4000, eV
  84, PO, N6,       0.0000, eV
  84, PO, N7,       0.0000, eV
  84, PO, O1,       0.0000, eV
  84, PO, O2,       0.0000, eV
  84, PO, O3,       0.0000, eV
  84, PO, O4,      31.4000, eV
  84, PO, O5,      31.4000, eV
  84, PO, P1,       0.0000, eV
  84, PO, P2,       0.0000, eV
  84, PO, P3,       0.0000, eV
  85, AT, K ,   95729.8984, eV
  85, AT, L1,   17493.0000, eV
  85, AT, L2,   16784.6992, eV
  85, AT, L3,   14213.5000, eV
  85, AT, M1,    4317.0000, eV
  85, AT, M2,    4008.0000, eV
  85, AT, M3,    3426.0000, eV
  85, AT, M4,    2908.7000, eV
  85, AT, M5,    2786.7000, eV
  85, AT, N1,    1042.0000, eV
  85, AT, N2,     886.0000, eV
  85, AT, N3,     740.0000, eV
  85, AT, N4,     533.2000, eV
  85, AT, N5,       0.0000, eV
  85, AT, N6,       0.0000, eV
  85, AT, N7,       0.0000, eV
  85, AT, O1,       0.0000, eV
  85, AT, O2,       0.0000, eV
  85, AT, O3,       0.0000, eV
  85, AT, O4,       0.0000, eV
  85, AT, O5,       0.0000, eV
  85, AT, P1,       0.0000, eV
  85, AT, P2,       0.0000, eV
  85, AT, P3,       0.0000, eV
  86, RN, K ,   98404.0000, eV
  86, RN, L1,   18049.0000, eV
  86, RN, L2,   17337.0996, eV
  86, RN, L3,   14619.4004, eV
  86, RN, M1,    4482.0000, eV
  86, RN, M2,    4159.0000, eV
  86, RN, M3,    3538.0000, eV
  86, RN, M4,    3021.5000, eV
  86, RN, M5,    2892.3999, eV
  86, RN, N1,    1097.0000, eV
  86, RN, N2,     926.0000, eV
  86, RN, N3,     768.0000, eV
  86, RN, N4,     566.6000, eV
  86, RN, N5,       0.0000, eV
  86, RN, N6,       0.0000, eV
  86, RN, N7,       0.0000, eV
  86, RN, O1,       0.0000, eV
  86, RN, O2,       0.0000, eV
  86, RN, O3,       0.0000, eV
  86, RN, O4,       0.0000, eV
  86, RN, O5,       0.0000, eV
  86, RN, P1,       0.0000, eV
  86, RN, P2,       0.0000, eV
  86, RN, P3,       0.0000, eV
  87, FR, K ,  101137.0000, eV
  87, FR, L1,   18639.0000, eV
  87, FR, L2,   17906.5000, eV
  87, FR, L3,   15031.2002, eV
  87, FR, M1,    4652.0000, eV
  87, FR, M2,    4327.0000, eV
  87, FR, M3,    3663.0000, eV
  87, FR, M4,    3136.2000, eV
  87, FR, M5,    2999.8999, eV
  87, FR, N1,    1153.0000, eV
  87, FR, N2,     980.0000, eV
  87, FR, N3,     810.0000, eV
  87, FR, N4,     603.3000, eV
  87, FR, N5,     577.0000, eV
  87, FR, N6,       0.0000, eV
  87, FR, N7,       0.0000, eV
  87, FR, O1,       0.0000, eV
  87, FR, O2,       0.0000, eV
  87, FR, O3,       0.0000, eV
  87, FR, O4,       0.0000, eV
  87, FR, O5,       0.0000, eV
  87, FR, P1,       0.0000, eV
  87, FR, P2,       0.0000, eV
  87, FR, P3,       0.0000, eV
  88, RA, K ,  103921.8984, eV
  88, RA, L1,   19236.6992, eV
  88, RA, L2,   18484.3008, eV
  88, RA, L3,   15444.4004, eV
  88, RA, M1,    4822.0000, eV
  88, RA, M2,    4489.5000, eV
  88, RA, M3,    3791.8000, eV
  88, RA, M4,    3248.3999, eV
  88, RA, M5,    3104.8999, eV
  88, RA, N1,    1208.4000, eV
  88, RA, N2,    1057.6000, eV
  88, RA, N3,     879.1000, eV
  88, RA, N4,     635.9000, eV
  88, RA, N5,     602.7000, eV
  88, RA, N6,     298.9000, eV
  88, RA, N7,     298.9000, eV
  88, RA, O1,     254.4000, eV
  88, RA, O2,     200.4000, eV
  88, RA, O3,     152.8000, eV
  88, RA, O4,      67.2000, eV
  88, RA, O5,      67.2000, eV
  88, RA, P1,      43.5000, eV
  88, RA, P2,      18.8000, eV
  88, RA, P3,      18.8000, eV
  89, AC, K ,  106755.2969, eV
  89, AC, L1,   19840.0000, eV
  89, AC, L2,   19083.1992, eV
  89, AC, L3,   15871.0000, eV
  89, AC, M1,    5002.0000, eV
  89, AC, M2,    4656.0000, eV
  89, AC, M3,    3909.0000, eV
  89, AC, M4,    3370.2000, eV
  89, AC, M5,    3219.0000, eV
  89, AC, N1,    1269.0000, eV
  89, AC, N2,    1080.0000, eV
  89, AC, N3,     890.0000, eV
  89, AC, N4,     674.9000, eV
  89, AC, N5,       0.0000, eV
  89, AC, N6,       0.0000, eV
  89, AC, N7,       0.0000, eV
  89, AC, O1,       0.0000, eV
  89, AC, O2,       0.0000, eV
  89, AC, O3,       0.0000, eV
  89, AC, O4,       0.0000, eV
  89, AC, O5,       0.0000, eV
  89, AC, P1,       0.0000, eV
  89, AC, P2,       0.0000, eV
  89, AC, P3,       0.0000, eV
  90, TH, K ,  109650.8984, eV
  90, TH, L1,   20472.0996, eV
  90, TH, L2,   19693.1992, eV
  90, TH, L3,   16300.2998, eV
  90, TH, M1,    5182.2998, eV
  90, TH, M2,    4830.3999, eV
  90, TH, M3,    4046.1001, eV
  90, TH, M4,    3490.8000, eV
  90, TH, M5,    3332.0000, eV
  90, TH, N1,    1329.5000, eV
  90, TH, N2,    1168.2000, eV
  90, TH, N3,     967.3000, eV
  90, TH, N4,     714.1000, eV
  90, TH, N5,     676.4000, eV
  90, TH, N6,     344.4000, eV
  90, TH, N7,     335.2000, eV
  90, TH, O1,     290.2000, eV
  90, TH, O2,     229.4000, eV
  90, TH, O3,     181.8000, eV
  90, TH, O4,      94.3000, eV
  90, TH, O5,      87.9000, eV
  90, TH, P1,      59.5000, eV
  90, TH, P2,      49.0000, eV
  90, TH, P3,      43.0000, eV
  91, PA, K ,  112601.3984, eV
  91, PA, L1,   21104.5996, eV
  91, PA, L2,   20313.6992, eV
  91, PA, L3,   16733.0996, eV
  91, PA, M1,    5366.8999, eV
  91, PA, M2,    5000.8999, eV
  91, PA, M3,    4173.7998, eV
  91, PA, M4,    3611.2000, eV
  91, PA, M5,    3441.8000, eV
  91, PA, N1,    1387.1000, eV
  91, PA, N2,    1224.3000, eV
  91, PA, N3,    1006.7000, eV
  91, PA, N4,     743.4000, eV
  91, PA, N5,     708.2000, eV
  91, PA, N6,     371.2000, eV
  91, PA, N7,     359.5000, eV
  91, PA, O1,     309.6000, eV
  91, PA, O2,     222.9000, eV
  91, PA, O3,     222.9000, eV
  91, PA, O4,      94.1000, eV
  91, PA, O5,      94.1000, eV
  91, PA, P1,       0.0000, eV
  91, PA, P2,       0.0000, eV
  91, PA, P3,       0.0000, eV
  92,  U, K ,  115606.1016, eV
  92,  U, L1,   21757.4004, eV
  92,  U, L2,   20947.5996, eV
  92,  U, L3,   17166.3008, eV
  92,  U, M1,    5548.0000, eV
  92,  U, M2,    5182.2002, eV
  92,  U, M3,    4303.3999, eV
  92,  U, M4,    3727.6001, eV
  92,  U, M5,    3551.7000, eV
  92,  U, N1,    1440.8000, eV
  92,  U, N2,    1272.6000, eV
  92,  U, N3,    1044.9000, eV
  92,  U, N4,     780.4000, eV
  92,  U, N5,     737.7000, eV
  92,  U, N6,     391.3000, eV
  92,  U, N7,     380.9000, eV
  92,  U, O1,     323.7000, eV
  92,  U, O2,     259.3000, eV
  92,  U, O3,     195.1000, eV
  92,  U, O4,     105.0000, eV
  92,  U, O5,      96.3000, eV
  92,  U, P1,      70.7000, eV
  92,  U, P2,      42.3000, eV
  92,  U, P3,      32.3000, eV
  93, NP, K ,  118678.0000, eV
  93, NP, L1,   22426.8008, eV
  93, NP, L2,   21600.5000, eV
  93, NP, L3,   17610.0000, eV
  93, NP, M1,    5723.2002, eV
  93, NP, M2,    5366.2002, eV
  93, NP, M3,    4434.7002, eV
  93, NP, M4,    3850.3000, eV
  93, NP, M5,    3665.8000, eV
  93, NP, N1,    1500.7000, eV
  93, NP, N2,    1327.7000, eV
  93, NP, N3,    1086.8000, eV
  93, NP, N4,     815.9000, eV
  93, NP, N5,     770.3000, eV
  93, NP, N6,     415.0000, eV
  93, NP, N7,     404.4000, eV
  93, NP, O1,       0.0000, eV
  93, NP, O2,     283.4000, eV
  93, NP, O3,     206.1000, eV
  93, NP, O4,     109.3000, eV
  93, NP, O5,     101.3000, eV
  93, NP, P1,       0.0000, eV
  93, NP, P2,       0.0000, eV
  93, NP, P3,       0.0000, eV
  94, PU, K ,  121818.0000, eV
  94, PU, L1,   23097.1992, eV
  94, PU, L2,   22266.1992, eV
  94, PU, L3,   18056.8008, eV
  94, PU, M1,    5932.8999, eV
  94, PU, M2,    5541.2002, eV
  94, PU, M3,    4556.6001, eV
  94, PU, M4,    3972.6001, eV
  94, PU, M5,    3778.1001, eV
  94, PU, N1,    1558.6000, eV
  94, PU, N2,    1372.1000, eV
  94, PU, N3,    1114.8000, eV
  94, PU, N4,     848.9000, eV
  94, PU, N5,     801.4000, eV
  94, PU, N6,     445.8000, eV
  94, PU, N7,     432.4000, eV
  94, PU, O1,     351.9000, eV
  94, PU, O2,     274.1000, eV
  94, PU, O3,     206.5000, eV
  94, PU, O4,     116.0000, eV
  94, PU, O5,     105.4000, eV
  94, PU, P1,       0.0000, eV
  94, PU, P2,       0.0000, eV
  94, PU, P3,       0.0000, eV
  95, AM, K ,  125027.0000, eV
  95, AM, L1,   23772.9004, eV
  95, AM, L2,   22944.0000, eV
  95, AM, L3,   18504.0996, eV
  95, AM, M1,    6120.5000, eV
  95, AM, M2,    5710.2002, eV
  95, AM, M3,    4667.0000, eV
  95, AM, M4,    4092.1001, eV
  95, AM, M5,    3886.8999, eV
  95, AM, N1,    1617.1000, eV
  95, AM, N2,    1411.8000, eV
  95, AM, N3,    1135.7000, eV
  95, AM, N4,     878.7000, eV
  95, AM, N5,     827.6000, eV
  95, AM, N6,       0.0000, eV
  95, AM, N7,       0.0000, eV
  95, AM, O1,       0.0000, eV
  95, AM, O2,       0.0000, eV
  95, AM, O3,       0.0000, eV
  95, AM, O4,     115.8000, eV
  95, AM, O5,     103.3000, eV
  95, AM, P1,       0.0000, eV
  95, AM, P2,       0.0000, eV
  95, AM, P3,       0.0000, eV
  96, CM, K ,  128220.0000, eV
  96, CM, L1,   24460.0000, eV
  96, CM, L2,   23779.0000, eV
  96, CM, L3,   18930.0000, eV
  96, CM, M1,    6288.0000, eV
  96, CM, M2,    5895.0000, eV
  96, CM, M3,    4797.0000, eV
  96, CM, M4,    4227.0000, eV
  96, CM, M5,    3971.0000, eV
  96, CM, N1,    1643.0000, eV
  96, CM, N2,    1440.0000, eV
  96, CM, N3,    1154.0000, eV
  96, CM, N4,       0.0000, eV
  96, CM, N5,       0.0000, eV
  96, CM, N6,       0.0000, eV
  96, CM, N7,       0.0000, eV
  96, CM, O1,     385.0000, eV
  96, CM, O2,       0.0000, eV
  96, CM, O3,       0.0000, eV
  96, CM, O4,       0.0000, eV
  96, CM, O5,       0.0000, eV
  96, CM, P1,       0.0000, eV
  96, CM, P2,       0.0000, eV
  96, CM, P3,       0.0000, eV
  97, BK, K ,  131590.0000, eV
  97, BK, L1,   25275.0000, eV
  97, BK, L2,   24385.0000, eV
  97, BK, L3,   19452.0000, eV
  97, BK, M1,    6556.0000, eV
  97, BK, M2,    6147.0000, eV
  97, BK, M3,    4977.0000, eV
  97, BK, M4,    4366.0000, eV
  97, BK, M5,    4132.0000, eV
  97, BK, N1,    1755.0000, eV
  97, BK, N2,    1554.0000, eV
  97, BK, N3,    1235.0000, eV
  97, BK, N4,       0.0000, eV
  97, BK, N5,       0.0000, eV
  97, BK, N6,       0.0000, eV
  97, BK, N7,       0.0000, eV
  97, BK, O1,     398.0000, eV
  97, BK, O2,       0.0000, eV
  97, BK, O3,       0.0000, eV
  97, BK, O4,       0.0000, eV
  97, BK, O5,       0.0000, eV
  97, BK, P1,       0.0000, eV
  97, BK, P2,       0.0000, eV
  97, BK, P3,       0.0000, eV
  98, CF, K ,  135960.0000, eV
  98, CF, L1,   26110.0000, eV
  98, CF, L2,   25250.0000, eV
  98, CF, L3,   19930.0000, eV
  98, CF, M1,    6754.0000, eV
  98, CF, M2,    6359.0000, eV
  98, CF, M3,    5109.0000, eV
  98, CF, M4,    4497.0000, eV
  98, CF, M5,    4253.0000, eV
  98, CF, N1,    1799.0000, eV
  98, CF, N2,    1616.0000, eV
  98, CF, N3,    1279.0000, eV
  98, CF, N4,       0.0000, eV
  98, CF, N5,       0.0000, eV
  98, CF, N6,       0.0000, eV
  98, CF, N7,       0.0000, eV
  98, CF, O1,     419.0000, eV
  98, CF, O2,       0.0000, eV
  98, CF, O3,       0.0000, eV
  98, CF, O4,       0.0000, eV
  98, CF, O5,       0.0000, eV
  98, CF, P1,       0.0000, eV
  98, CF, P2,       0.0000, eV
  98, CF, P3,       0.0000, eV
  99, ES, K ,  139490.0000, eV
  99, ES, L1,   26900.0000, eV
  99, ES, L2,   26020.0000, eV
  99, ES, L3,   20410.0000, eV
  99, ES, M1,    6977.0000, eV
  99, ES, M2,    6574.0000, eV
  99, ES, M3,    5252.0000, eV
  99, ES, M4,    4630.0000, eV
  99, ES, M5,    4374.0000, eV
  99, ES, N1,    1868.0000, eV
  99, ES, N2,    1680.0000, eV
  99, ES, N3,    1321.0000, eV
  99, ES, N4,       0.0000, eV
  99, ES, N5,       0.0000, eV
  99, ES, N6,       0.0000, eV
  99, ES, N7,       0.0000, eV
  99, ES, O1,     435.0000, eV
  99, ES, O2,       0.0000, eV
  99, ES, O3,       0.0000, eV
  99, ES, O4,       0.0000, eV
  99, ES, O5,       0.0000, eV
  99, ES, P1,       0.0000, eV
  99, ES, P2,       0.0000, eV
  99, ES, P3,       0.0000, eV
 100, FM, K ,  143090.0000, eV
 100, FM, L1,   27700.0000, eV
 100, FM, L2,   26810.0000, eV
 100, FM, L3,   20900.0000, eV
 100, FM, M1,    7205.0000, eV
 100, FM, M2,    6793.0000, eV
 100, FM, M3,    5397.0000, eV
 100, FM, M4,    4766.0000, eV
 100, FM, M5,    4498.0000, eV
 100, FM, N1,    1937.0000, eV
 100, FM, N2,    1747.0000, eV
 100, FM, N3,    1366.0000, eV
 100, FM, N4,       0.0000, eV
 100, FM, N5,       0.0000, eV
 100, FM, N6,       0.0000, eV
 100, FM, N7,       0.0000, eV
 100, FM, O1,     454.0000, eV
 100, FM, O2,       0.0000, eV
 100, FM, O3,       0.0000, eV
 100, FM, O4,       0.0000, eV
 100, FM, O5,       0.0000, eV
 100, FM, P1,       0.0000, eV
 100, FM, P2,       0.0000, eV
 100, FM, P3,       0.0000, eV
c-------------------------------------------------------------------------


	EDSPRM.DAT DATA FILE starts after the next dashed line

c-------------------------------------------------------------------------
Si(Li) Detector/Microscope Parameters
-------------------------------------
Parylene  thickness(cm)  = 0.
Aluminium thickness(cm)  = 0.
Beryllium thickness(cm)  = 10.E-04
Gold      thickness(cm)  = 3.E-06
Silicon Dead  layer(cm)  = 3.E-05
Silicon Act.  layer(cm)  = 0.3
X-ray Incid. Angle(deg)  = 0.
Detector Azimuth  (deg)  = 90.
Detector Elevation(deg)  = 20.
Detector Solid Angle(Sr) = .13
FWHM of Mn K-alpha (eV)  = 171.
Constant for Mn K-alpha  = 4.3
Incomplete Charge Const A= 0.
Incomplete Charge Const B= 0.