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[
39/quotesingle 96/grave 128/Adieresis/Aring/Ccedilla/Eacute/Ntilde/Odieresis
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/Idieresis/Igrave/Oacute/Ocircumflex/.notdef/Ograve/Uacute/Ucircumflex
/Ugrave/dotlessi/circumflex/tilde/macron/breve/dotaccent/ring/cedilla
/hungarumlaut/ogonek/caron
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126.2477 530.003 m
126.2477 524.5863 l
S
126.2477 520.753 m
126.2477 510.753 l
S
122.6227 533.878 m
122.6227 528.0863 l
S
122.6227 524.253 m
122.6227 514.878 l
S
119.7477 539.378 m
119.7477 534.0863 l
S
119.7477 530.253 m
119.7477 521.753 l
S
115.6227 545.878 m
115.6227 540.5863 l
S
115.6227 536.5863 m
115.6227 530.128 l
S
111.4977 548.128 m
111.4977 543.9197 l
S
111.4977 540.0863 m
111.4977 532.878 l
S
106.7477 550.878 m
106.7477 547.5863 l
S
106.7477 543.753 m
106.7477 539.628 l
S
104.2477 553.878 m
104.2477 549.9197 l
S
104.2477 546.0863 m
104.2477 540.503 l
S
98.9977 556.628 m
98.9977 552.253 l
S
98.9977 548.5863 m
98.9977 541.753 l
S
92.1227 558.628 m
92.1227 555.0863 l
S
92.1227 551.0863 m
92.1227 545.628 l
S
88.6227 565.503 m
88.6227 561.753 l
S
88.6227 558.0863 m
88.6227 551.878 l
S
84.7477 571.878 m
84.7477 567.753 l
S
84.831 563.4197 m
84.7477 559.003 l
S
80.1227 575.128 m
80.1227 571.0863 l
S
80.1227 567.253 m
80.1227 562.503 l
S
74.6227 578.378 m
74.6227 574.753 l
S
74.6227 571.0863 m
74.6227 566.878 l
S
70.6227 583.503 m
70.6227 580.253 l
S
70.6227 576.5863 m
70.6227 572.753 l
S
66.6227 588.503 m
66.6227 584.5863 l
S
66.6227 580.5863 m
66.6227 577.128 l
S
57.3727 593.253 m
57.3727 590.5863 l
S
57.3727 586.753 m
57.3727 583.628 l
S
49.1227 600.628 m
49.1227 598.0863 l
S
49.1227 594.253 m
49.1227 591.753 l
S
28.1227 601.003 m
28.1227 598.628 l
S
17.1227 608.878 m
17.1227 608.128 l
S
104.4331 543.7301 m
106.706 547.6668 L
108.9789 543.7301 L
104.4331 543.7301 L
s
LB
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0.8399 Tc
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(LUNAR UPLANDS NEAR) Tx
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(CRA) Tx 1 74 Tk
(TER ) Tx 1 18 Tk
(TSIOLKOVSKIY) Tx
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663.125 342.25 L
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0.1353 Tc
3.2767 Tw
(FIGURE 3.\321Log-log plot of cumulative size-) Tj
9 -9.5 Td
0 Tc
0.6018 Tw
(frequency distribution of craters in smooth plains ) Tj
0 -9.5 Td
0.1026 Tw
(material west of Borealis Planitia in and adjoining ) Tj
0 -9.5 Td
1.8248 Tw
(the Borealis region. \(This material includes the ) Tj
0 -9.5 Td
0.1348 Tc
3.2566 Tw
(very smooth plains material mapped in the ) Tj
0 -9.5 Td
0.0215 Tc
1.9785 Tw
(Shakespeare quadrangle by Guest and Greeley) Tj 1 65 Tk
(, ) Tj
0 -9.5 Td
0 Tc
0.2639 Tw
(1983.\) Open circles represent counts on the floors ) Tj
0 -9.5 Td
0.1749 Tc
4.8212 Tw
(of craters Strindber) Tj 1 18 Tk
(g \(in the Shakespeare ) Tj
0 -9.5 Td
0.0246 Tc
1.9754 Tw
(quadrangle\) and ) Tj 1 18 Tk
(T) Tj 1 35 Tk
(ur) Tj 1 18 Tk
(genev) Tj 1 65 Tk
(. Note that the curve ) Tj
0 -9.5 Td
0.1066 Tc
2.1556 Tw
(follow the -2 distribution function for craters ) Tj
0 -9.5 Td
0 Tc
1.0214 Tw
(having diameters between 3 and 20 km. Smo) Tj
(oth ) Tj
0 -9.5 Td
1.1981 Tw
(plains material is less cratered than intermediate ) Tj
0 -9.5 Td
0.6757 Tw
(plains materal \(fig. 2\), and its curve lies between ) Tj
0 -9.5 Td
0.0126 Tw
(those of southeastern part of Oceanus Procellarum ) Tj
0 -9.5 Td
0.1539 Tw
(\(near) Tj 1 20 Tk
(-average lunar mare\) and lunar uplands. Bars ) Tj
0 -9.5 Td
0.0637 Tw
(represent standard error or deviation) Tj 0 -200 Tk
(\() Tj
(\261) 1 TS
(       , ) Tj 0 320 Tk
(where ) Tj
0 -9.5 Td
0.1144 Tc
2.4631 Tw
(N=cumulative number of craters greater than ) Tj
0 -9.5 Td
0 Tc
1.3319 Tw
(given diameter per square kilometer and ) Tj 1 55 Tk
(A=unit ) Tj
0 -9.5 Td
0.3151 Tw
(area\). Crater counts and curves by ) Tj 1 55 Tk
(Arthur L. Dial, ) Tj
0 -9.5 Td
0 Tw
(Jr) Tx 1 55 Tk
(.) Tx
(\r) TX 
TO
0 To
1 0 0 1 576.4167 345.9167 0 Tp
TP
-61.1842 0 Td
0 Tr
/_Helvetica 7 Tf
2 Ts
0 0 0 Ti
1 Ta
(CRA) Tx 1 74 Tk
(TER DIAMETER IN KILOMETERS) Tx
(\r) TX 
TO
0 To
-0.0012 1 -1 -0.0012 459.0833 505.5834 0 Tp
TP
-79.3302 0 Td
0 Tr
(CUMULA) Tx 1 74 Tk
(TIVE NUMBER OF CRA) Tx 1 74 Tk
(TERS GREA) Tx 1 74 Tk
(TER) Tx
(\r) TX
-6.2284 -8.5 Td
(THAN GIVEN DIAMETER PER SQUARE KILOMETER) Tx
(\r) TX 
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TP
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0 Tr
0 Ts
120 Tt
0.84 Tc
(10) Tx
/_Helvetica 6 Tf
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0 Tt
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(\320) Tx 0 -120 Tk
(5) Tx
(\r) TX 
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0 To
1 0 0 1 482.0833 537.25 0 Tp
TP
-8.4268 0 Td
0 Tr
/_Helvetica 7 Tf
0 Ts
120 Tt
0.84 Tc
(10) Tx
/_Helvetica 6 Tf
2 Ts
0 Tt
0 Tc
(\320) Tx 0 -120 Tk
(4) Tx
(\r) TX 
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0 To
1 0 0 1 482.75 621.5834 0 Tp
TP
-8.3068 0 Td
0 Tr
/_Helvetica 7 Tf
0 Ts
120 Tt
0.84 Tc
(10) Tx
/_Helvetica 6 Tf
2 Ts
0 Tt
0 Tc
(\320) Tx 0 -80 Tk
(3) Tx
(\r) TX 
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0 To
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TP
-8.4268 0 Td
0 Tr
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120 Tt
0.84 Tc
(10) Tx
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(6) Tx
(\r) TX 
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0 To
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-6.399 0 Td
0 Tr
/_Helvetica 7 Tf
0 Ts
120 Tt
0.84 Tc
(10) Tx
/_Helvetica 6 Tf
2 Ts
0 Tt
0 Tc
(0) Tx
(\r) TX 
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0 To
1 0 0 1 576.4167 361.25 0 Tp
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-6.399 0 Td
0 Tr
/_Helvetica 7 Tf
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120 Tt
0.84 Tc
(10) Tx
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0 Tc
(1) Tx
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/_Helvetica 7 Tf
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120 Tt
0.84 Tc
(10) Tx
/_Helvetica 6 Tf
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0 Tt
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(2) Tx
(\r) TX 
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TP
0 Tr
/_Symbol 6 Tf
0 Ts
3 Ta
6 18 Tl
(N) Tx
(\r) TX
T*
(A ) Tx
(\r) TX 
TO
0 Ap
635.5 194.6666 m
639.5 195 l
F
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0 To
1 0 0 1 631.7708 220.5625 0 Tp
TP
0 Tr
/_Souvenir-Light 7 Tf
0 18 Tl
(\r) TX
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0 R
0 G
0.36 w
617.7708 323.4792 m
663 323.4792 l
S
0 To
0.2761 -0.9611 0.9611 0.2761 298.4977 497.753 0 Tp
TP
-87.683 0 Td
0 Tr
0 O
0 g
1 w
/_Helvetica 6.9997 Tf
120 Tt
74.6454 0 Xb
XB
1 Ta
0 17.9992 Tl
0.8399 Tc
(SOUTHEASTERN OCEANUS PROCELLARUM) Tx
(\r) TX 
TO
0 To
0.3638 -0.9315 0.9315 0.3638 377.1644 543.753 0 Tp
TP
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0 Tr
/_Helvetica 6.9995 Tf
74.6431 0 Xb
XB
0 11.9991 Tl
0.8399 Tc
(LUNAR UPLANDS NEAR) Tx
(\r) TX
-0.8813 -8.4995 Td
0 17.9986 Tl
(CRA) Tx 1 74 Tk
(TER ) Tx 1 18 Tk
(TSIOLKOVSKIY) Tx
(\r) TX 
TO
0 To
1 0 0 1 234.4977 621.0863 0 Tp
TP
-8.0668 0 Td
0 Tr
/_Helvetica 7 Tf
74.6488 0 Xb
XB
0 18 Tl
0.84 Tc
(10) Tx
/_Helvetica 6 Tf
2 Ts
0 Tt
0 Tc
(\320\63) Tx
(\r) TX 
TO
0 To
1 0 0 1 234.1644 536.4197 0 Tp
TP
-8.3668 0 Td
0 Tr
/_Helvetica 7 Tf
0 Ts
120 Tt
0.84 Tc
(10) Tx
/_Helvetica 6 Tf
2 Ts
0 Tt
0 Tc
(\320) Tx 0 -100 Tk
(4) Tx
(\r) TX 
TO
0 To
1 0 0 1 234.831 452.0863 0 Tp
TP
-8.4268 0 Td
0 Tr
/_Helvetica 7 Tf
0 Ts
120 Tt
0.84 Tc
(10) Tx
/_Helvetica 6 Tf
2 Ts
0 Tt
0 Tc
(\320) Tx 0 -120 Tk
60 Tt
0.36 Tc
(5) Tx
(\r) TX 
TO
0 To
1 0 0 1 233.831 368.4197 0 Tp
TP
-8.4268 0 Td
0 Tr
/_Helvetica 7 Tf
0 Ts
120 Tt
0.84 Tc
(10) Tx
/_Helvetica 6 Tf
2 Ts
0 Tt
0 Tc
(\320) Tx 0 -120 Tk
60 Tt
0.36 Tc
(6) Tx
(\r) TX 
TO
0 To
1 0 0 1 242.831 360.753 0 Tp
TP
-6.399 0 Td
0 Tr
/_Helvetica 7 Tf
0 Ts
120 Tt
0.84 Tc
(10) Tx
/_Helvetica 6 Tf
2 Ts
60 Tt
0.36 Tc
(0) Tx
(\r) TX 
TO
0 To
1 0 0 1 327.831 360.753 0 Tp
TP
-8.4268 0 Td
0 Tr
/_Helvetica 7 Tf
0 Ts
120 Tt
0.84 Tc
(10) Tx
/_Helvetica 6 Tf
2 Ts
0 Tt
0 Tc
(\320) Tx 0 -120 Tk
60 Tt
0.36 Tc
(1) Tx
(\r) TX 
TO
0 To
1 0 0 1 415.1644 360.753 0 Tp
TP
-8.4268 0 Td
0 Tr
/_Helvetica 7 Tf
0 Ts
120 Tt
0.84 Tc
(10) Tx
/_Helvetica 6 Tf
2 Ts
0 Tt
0 Tc
(\320) Tx 0 -120 Tk
60 Tt
0.36 Tc
(2) Tx
(\r) TX 
TO
0 To
-0.0012 1 -1 -0.0012 210.4977 502.753 0 Tp
TP
-79.3302 0 Td
0 Tr
/_Helvetica 7 Tf
0 Tt
0 Tc
(CUMULA) Tx 1 74 Tk
(TIVE NUMBER OF CRA) Tx 1 74 Tk
(TERS GREA) Tx 1 74 Tk
(TER) Tx
(\r) TX
-6.2284 -8.5 Td
(THAN GIVEN DIAMETER PER SQUARE KILOMETER) Tx
(\r) TX 
TO
0 To
1 0 0 1 -19.169 620.9197 0 Tp
TP
-8.0668 0 Td
0 Tr
0 Ts
120 Tt
0.84 Tc
(10) Tx
/_Helvetica 6 Tf
2 Ts
0 Tt
0 Tc
(\320\63) Tx
(\r) TX 
TO
0 To
1 0 0 1 -19.8356 537.3363 0 Tp
TP
-8.3668 0 Td
0 Tr
/_Helvetica 7 Tf
0 Ts
120 Tt
0.84 Tc
(10) Tx
/_Helvetica 6 Tf
2 Ts
0 Tt
0 Tc
(\320) Tx 0 -100 Tk
(4) Tx
(\r) TX 
TO
0 To
1 0 0 1 -20.2523 452.8363 0 Tp
TP
-8.4268 0 Td
0 Tr
/_Helvetica 7 Tf
0 Ts
120 Tt
0.84 Tc
(10) Tx
/_Helvetica 6 Tf
2 Ts
0 Tt
0 Tc
(\320) Tx 0 -120 Tk
60 Tt
0.36 Tc
(5) Tx
(\r) TX 
TO
0 To
1 0 0 1 -19.919 370.003 0 Tp
TP
-8.4268 0 Td
0 Tr
/_Helvetica 7 Tf
0 Ts
120 Tt
0.84 Tc
(10) Tx
/_Helvetica 6 Tf
2 Ts
0 Tt
0 Tc
(\320) Tx 0 -120 Tk
60 Tt
0.36 Tc
(6) Tx
(\r) TX 
TO
0 To
1 0 0 1 -8.0023 361.1697 0 Tp
TP
-6.399 0 Td
0 Tr
/_Helvetica 7 Tf
0 Ts
120 Tt
0.84 Tc
(10) Tx
/_Helvetica 6 Tf
2 Ts
60 Tt
0.36 Tc
(0) Tx
(\r) TX 
TO
0 To
1 0 0 1 76.2477 361.003 0 Tp
TP
-8.4268 0 Td
0 Tr
/_Helvetica 7 Tf
0 Ts
120 Tt
0.84 Tc
(10) Tx
/_Helvetica 6 Tf
2 Ts
0 Tt
0 Tc
(\320) Tx 0 -120 Tk
60 Tt
0.36 Tc
(1) Tx
(\r) TX 
TO
0 To
1 0 0 1 159.7477 362.003 0 Tp
TP
-8.4268 0 Td
0 Tr
/_Helvetica 7 Tf
0 Ts
120 Tt
0.84 Tc
(10) Tx
/_Helvetica 6 Tf
2 Ts
0 Tt
0 Tc
(\320) Tx 0 -120 Tk
60 Tt
0.36 Tc
(2) Tx
(\r) TX 
TO
119.25 4716 m
119.25 -3924 L
(N) *
0 To
-0.0012 1 -1 -0.0012 -44.5023 497.753 0 Tp
TP
-79.3302 0 Td
0 Tr
0 O
0 g
/_Helvetica 7 Tf
0 Tt
0 Tc
(CUMULA) Tx 1 74 Tk
(TIVE NUMBER OF CRA) Tx 1 74 Tk
(TERS GREA) Tx 1 74 Tk
(TER) Tx
(\r) TX
-6.2284 -8.5 Td
(THAN GIVEN DIAMETER PER SQUARE KILOMETER) Tx
(\r) TX 
TO
0 To
1 0 0 1 74.9977 343.753 0 Tp
TP
-61.1842 0 Td
0 Tr
(CRA) Tx 1 74 Tk
(TER DIAMETER IN KILOMETERS) Tx
(\r) TX 
TO
1 To
1 0 0 1 1.331 339.4405 0 Tp
1 Ap
162.6643 137.4405 m
162.6643 339.4405 L
1.331 339.4405 L
1.331 137.4405 L
162.6643 137.4405 L
n
TP
-9 -7.125 Td
0 Tr
0 O
0 g
/_Times-Roman 8 Tf
0 Ts
-9 0 0 Ti
3 Ta
0.1353 Tc
3.2767 Tw
(FIGURE 1.\321Log-log plot of cumulative size-) Tj
9 -9.5 Td
0.1459 Tc
3.6906 Tw
(frequency distribution of craters in heavily ) Tj
0 -9.5 Td
0 Tc
0.4602 Tw
(cratered intercrater plains material in the Borealis ) Tj
0 -9.5 Td
0.1041 Tc
2.0602 Tw
(region within a belt bordering terminator and ) Tj
0 -9.5 Td
0 Tc
1.1553 Tw
(within an east-trending area east of crater J\227kai. ) Tj
0 -9.5 Td
1.9486 Tw
(Note decrease in slope of the Mercurian curve ) Tj
0 -9.5 Td
1.1405 Tw
(where craters are smaller than 30 km and lar) Tj 1 18 Tk
(ger ) Tj
0 -9.5 Td
0.1419 Tc
3.5323 Tw
(than 60 km. ) Tj 1 55 Tk
(Also note coincidence of the ) Tj
0 -9.5 Td
0 Tc
0.1068 Tw
(abundance of craters in the 55- to 65-km-diameter ) Tj
0 -9.5 Td
0.4918 Tw
(range with the curve for lunar pre-Nectarian terra ) Tj
0 -9.5 Td
0.1454 Tc
3.6692 Tw
(northwest of crater ) Tj 1 18 Tk
(T) Tj 1 70 Tk
(siolkovskiy) Tj 1 65 Tk
(. Inter) Tj
(crater ) Tj
0 -9.5 Td
0 Tc
1.4924 Tw
(plains material has been more heavily impacted ) Tj
0 -9.5 Td
1.3076 Tw
(by craters lar) Tj 1 18 Tk
(ger than 4 km in diameter \(and is, ) Tj
0 -9.5 Td
0.1625 Tc
4.3388 Tw
(therefore, older\) than southeastern part of ) Tj
0 -9.5 Td
0 Tc
0.6295 Tw
(Oceanus Proclarum, the near) Tj 1 20 Tk
(-average lunar mare. ) Tj
0 -9.5 Td
0.1261 Tc
2.9192 Tw
(\(See section on stratigraphy) Tj 1 65 Tk
(.\) Bars represent ) Tj
0 -9.5 Td
0.1736 Tc
4.771 Tw
(standard ) Tj 0 140 Tk
(error ) Tj 0 40 Tk
(or deviation \() Tj 0 40 Tk
(\261) 1 TS
(   ,) Tj 0 -180 Tk
(where ) Tj
0 -9.5 Td
0.1144 Tc
2.4631 Tw
(N=cumulative number of craters greater than ) Tj
0 -9.5 Td
0 Tc
1.3319 Tw
(given diameter per square kilometer and ) Tj 1 55 Tk
(A=unit ) Tj
0 -9.5 Td
0.3151 Tw
(area\). Crater counts and curves by ) Tj 1 55 Tk
(Arthur L. Dial, ) Tj
0 -9.5 Td
0 Tw
(Jr) Tx 1 55 Tk
(.   ) Tx
(\r) TX 
TO
u
0 To
1 0 0 1 128.9792 184.5834 0 Tp
TP
0 Tr
/_Symbol 6 Tf
80 Tt
0 0 0 Ti
6 18 Tl
0.48 Tc
(N) Tx 0 -180 Tk
(\r) TX 0 -40 Tk
T*
(A  ) Tx
(\r) TX 
TO
0 Ap
129 183 m
133 182.9584 l
F
U
0 To
1 0 0 1 328.1644 342.753 0 Tp
TP
-61.1842 0 Td
0 Tr
/_Helvetica 7 Tf
2 Ts
0 Tt
1 Ta
0 18 Tl
0 Tc
(CRA) Tx 1 74 Tk
(TER DIAMETER IN KILOMETERS) Tx
(\r) TX 
TO
29.206 311.1072 m
112.6667 311.1072 l
F
1 To
1 0 0 1 252.831 340.4405 0 Tp
1 Ap
414.1643 159.0655 m
414.1643 340.4405 L
252.831 340.4405 L
252.831 159.0655 L
414.1643 159.0655 L
n
TP
-9 -7.125 Td
0 Tr
0 O
0 g
/_Times-Roman 8 Tf
0 Ts
-9 0 0 Ti
3 Ta
0.1353 Tc
3.2767 Tw
(FIGURE 2.\321Log-log plot of cumulative size-) Tj
9 -9.5 Td
0 Tc
1.6592 Tw
(frequency distribution of craters in intermediate ) Tj
0 -9.5 Td
0.8964 Tw
(plains material within and adjoining the Borealis ) Tj
0 -9.5 Td
0.0961 Tc
1.9039 Tw
(region. Crater density is intermediate between ) Tj
0 -9.5 Td
0.1137 Tc
2.434 Tw
(those of intercrater plains and smooth plains ) Tj
0 -9.5 Td
0 Tc
1.7899 Tw
(materials. \(For explanation of lunar curves, see ) Tj
0 -9.5 Td
0.486 Tw
(fig. 1 and section on stratigraphy\). Bars represent ) Tj
0 -9.5 Td
0.1529 Tc
3.9638 Tw
(standard error or deviation \() Tj
(\261) 1 TS
(   , where ) Tj
0 -9.5 Td
0.1144 Tc
2.4631 Tw
(N=cumulative number of craters greater than ) Tj
0 -9.5 Td
0 Tc
1.3319 Tw
(given diameter per square kilometer and ) Tj 1 55 Tk
(A=unit ) Tj
0 -9.5 Td
0.3151 Tw
(area\). Crater counts and curves by ) Tj 1 55 Tk
(Arthur L. Dial, ) Tj
0 -9.5 Td
0 Tw
(Jr) Tx 1 55 Tk
(.) Tx
(\r) TX 
TO
0 Ap
377.5 4716 m
377.5 -3924 L
(N) *
546 4716 m
546 -3924 L
(N) *
u
0 To
1 0 0 1 377.9977 270.0238 0 Tp
TP
0 Tr
0 O
0 g
/_Symbol 6 Tf
0 0 0 Ti
6 18 Tl
(N) Tx
(\r) TX
T*
(A) Tx 0 -280 Tk
( ) Tx 0 -80 Tk
(\r) TX
TO
378.0185 268.0654 m
382.0185 268.3988 l
F
U
0 To
0.2761 -0.9611 0.9611 0.2761 47.1644 491.753 0 Tp
TP
-87.683 0 Td
0 Tr
/_Helvetica 6.9997 Tf
120 Tt
74.6454 0 Xb
XB
1 Ta
0 17.9992 Tl
0.8399 Tc
(SOUTHEASTERN OCEANUS PROCELLARUM) Tx
(\r) TX 
TO
0 To
0.3638 -0.9315 0.9315 0.3638 121.831 572.4197 0 Tp
TP
-47.1932 0 Td
0 Tr
/_Helvetica 6.9995 Tf
74.6431 0 Xb
XB
0 11.9991 Tl
0.8399 Tc
(LUNAR UPLANDS NEAR) Tx
(\r) TX
-0.8813 -8.4995 Td
0 17.9986 Tl
(CRA) Tx 1 74 Tk
(TER ) Tx 1 18 Tk
(TSIOLKOVSKIY) Tx
(\r) TX 
TO
251.978 311.9792 m
301.3333 311.9792 l
F
374.3333 321.7292 m
414.6985 321.7292 l
F
0 R
0 G
0.36 w
501.2604 314.25 m
527.5 314.25 l
S
1 To
1 0 0 1 131 188.75 0 Tp
1 Ap
1 w
142 176.25 m
142 188.75 L
131 188.75 L
131 176.25 L
142 176.25 L
n
TP
-9 -7.125 Td
0 Tr
0 O
0 g
/_Times-Roman 10 Tf
0 Tt
74.6488 0 Xb
XB
-9 0 0 Ti
3 Ta
9.5 18 Tl
0 Tc
(\303) 0 TS
(\r) TX 
TO
1 To
1 0 0 1 379.5 274.25 0 Tp
390.5 261.75 m
390.5 274.25 L
379.5 274.25 L
379.5 261.75 L
390.5 261.75 L
n
TP
-9 -7.125 Td
0 Tr
0 O
0 g
(\303) 0 TS
(\r) TX 
TO
1 To
1 0 0 1 637 200.25 0 Tp
648 187.75 m
648 200.25 L
637 200.25 L
637 187.75 L
648 187.75 L
n
TP
-9 -7.125 Td
0 Tr
0 O
0 g
(\303) 0 TS
(\r) TX 
TO
LB
%AI5_EndLayer--
%%PageTrailer
gsave annotatepage grestore showpage
%%Trailer
Adobe_Illustrator_AI5 /terminate get exec
Adobe_ColorImage_AI6 /terminate get exec
Adobe_typography_AI5 /terminate get exec
Adobe_level2_AI5 /terminate get exec
%%EOF