TITLE TASHE at 10% !->ss_01_04.out !Created@15: 7: 8 4-May-99 with DeltaE Vers. 4.5b7 for the IBM/PC-Compatible !--------------------------------- 0 --------------------------------- BEGIN the setup 3.1030E+06 a Mean P Pa -3.1749E+07 A Re(Zb) G( 1a) P 84.120 b Freq. Hz 1.2717E+07 B Im(Zb) G( 1b) P 325.00 c T-beg K -1602.2 C HeatIn G(27e) P 3.1120E+05 d |p|@0 Pa 3037.0 D HeatIn G(32e) P 0.0000 e Ph(p)0 deg 0.0000 f |U|@0 m^3/s 0.0000 g Ph(U)0 deg helium Gas type ideal Solid type !--------------------------------- 1 --------------------------------- TBRANCH Split -3.1749E+07 a Re(Zb) Pa-s/m^3 G 3.1120E+05 A |p| Pa 1.2717E+07 b Im(Zb) Pa-s/m^3 G 0.0000 B Ph(p) deg 9.0991E-03 C |U| m^3/s -158.17 D Ph(U) deg -1314.3 E Hdot W helium Gas type -1314.3 F Work W ideal Solid type 1314.3 G Work_T W !--------------------------------- 2 --------------------------------- ISODUCT Jetting space (pg 61 book 5) 7.1200E-03 a Area m^2 3.1116E+05 A |p| Pa 0.2990 b Perim m 1.0188E-02 B Ph(p) deg 1.9100E-02 c Length m 1.1449E-02 C |U| m^3/s 3.0000E-04 d Srough -137.61 D Ph(U) deg -1315.8 E Hdot W helium Gas type -1315.8 F Work W stainless Solid type -1.4954 G HeatIn W !--------------------------------- 3 --------------------------------- RPNTARGET Calculate jet pump minor loss resistor (pg 26 book 4) 1.2500 a Target (t) 1.7026E+06 A RPNval 0.212 rho * 2C * 5a / 5a / 3a * !--------------------------------- 4 --------------------------------- IMPEDANCE Jet pump minor loss Res. (pg 26 book 4 + minor loss notes) sameas 3A a Re(Zs) Pa-s/m^3 3.2583E+05 A |p| Pa 0.0000 b Im(Zs) Pa-s/m^3 2.3211 B Ph(p) deg 1.1449E-02 C |U| m^3/s -137.61 D Ph(U) deg -1427.4 E Hdot W helium Gas type -1427.4 F Work W ideal Solid type -111.58 G HeatIn W !--------------------------------- 5 --------------------------------- ISOCONE Jet pump (pg 25 and 97 bk 4) 9.0500E-05 a AreaI m^2 3.2481E+05 A |p| Pa 0.2030 b PerimI m 3.3840 B Ph(p) deg 3.3000E-02 c Length m 1.1633E-02 C |U| m^3/s 2.9400E-04 d AreaF m^2 -136.76 D Ph(U) deg 0.2030 e PerimF m -1450.2 E Hdot W 3.0000E-04 f Srough -1450.2 F Work W helium Gas type -22.872 G HeatIn W stainless Solid type !--------------------------------- 6 --------------------------------- ISODUCT 180 bend plus brass connecting flange (pg 27 book 4) 8.1500E-03 a Area m^2 3.2448E+05 A |p| Pa 0.3200 b Perim m 3.4158 B Ph(p) deg 6.7000E-02 c Length m Fnc( 8c) 2.7135E-02 C |U| m^3/s 1.7500E-03 d Srough -105.90 D Ph(U) deg -1456.4 E Hdot W helium Gas type -1456.4 F Work W stainless Solid type -6.1176 G HeatIn W !--------------------------------- 7 --------------------------------- RPNTARGET Capture p1 here 0.0000 a Target (t) ( 3.2390E+05, 1.9333E+04) A p1 !--------------------------------- 8 --------------------------------- ISODUCT 180 bend plus brass connecting flange (pg 27 book 4) 8.1500E-03 a Area m^2 3.1915E+05 A |p| Pa 0.3200 b Perim m 3.5543 B Ph(p) deg 0.2810 c Length m S= 6 0.1016 C |U| m^3/s sameas 6d d Srough -91.690 D Ph(U) deg -1482.1 E Hdot W helium Gas type -1482.1 F Work W stainless Solid type -25.750 G HeatIn W !--------------------------------- 9 --------------------------------- RPNTARGET Calc minor loss resistor for 180 bend (pg 28,52 book 4) 0.5000 a Target (t) 745.33 A RPNval 0.212 rho * 8C * 9a * 8a / 8a / !--------------------------------- 10 --------------------------------- IMPEDANCE Minor loss resistor for 180 bend (pg 28 book 4) sameas 9A a Re(Zs) Pa-s/m^3 3.1916E+05 A |p| Pa 0.0000 b Im(Zs) Pa-s/m^3 3.5679 B Ph(p) deg 0.1016 C |U| m^3/s -91.690 D Ph(U) deg -1486.0 E Hdot W helium Gas type -1486.0 F Work W ideal Solid type -3.8478 G HeatIn W !--------------------------------- 11 --------------------------------- ISOCONE 4" to 3" Concentric reducer (pg 36 book 4) 8.1070E-03 a AreaI m^2 3.1453E+05 A |p| Pa 0.3190 b PerimI m 3.6409 B Ph(p) deg 0.1020 c Length m 0.1223 C |U| m^3/s sameas 14a d AreaF m^2 S=-3 -90.824 D Ph(U) deg 0.2390 e PerimF m Fnc(11d) -1497.2 E Hdot W sameas 6d f Srough -1497.2 F Work W helium Gas type -11.241 G HeatIn W stainless Solid type !--------------------------------- 12 --------------------------------- RPNTARGET Calculate minor loss resistor for 4" to 3" exp (pg 37 book 4 0.2600 a Target (t) 1489.9 A RPNval 0.212 rho * 11C * 11d / 11d / 12a * !--------------------------------- 13 --------------------------------- IMPEDANCE Minor loss resistor for 4" to 3" expansion (pg 37 book 4) sameas 12A a Re(Zs) Pa-s/m^3 3.1454E+05 A |p| Pa 0.0000 b Im(Zs) Pa-s/m^3 3.6740 B Ph(p) deg 0.1223 C |U| m^3/s -90.824 D Ph(U) deg -1508.3 E Hdot W helium Gas type -1508.3 F Work W ideal Solid type -11.139 G HeatIn W !--------------------------------- 14 --------------------------------- ISODUCT 3" FB Duct - Length given in concept.skf 4.5600E-03 a Area m^2 S=-2 2.9507E+05 A |p| Pa 0.2390 b Perim m Fnc(14a) 3.9625 B Ph(p) deg 0.2600 c Length m 0.1594 C |U| m^3/s sameas 6d d Srough -89.823 D Ph(U) deg -1552.5 E Hdot W helium Gas type -1552.5 F Work W stainless Solid type -44.190 G HeatIn W !--------------------------------- 15 --------------------------------- RPNTARGET Calc minor loss resistor for 1/2 of elbow (pg 37,52 book 4) 0.1700 a Target (t) 1269.9 A RPNval 0.212 rho * 14C * 17a / 17a / 15a * !--------------------------------- 16 --------------------------------- IMPEDANCE Minor loss resistor for 1/2 of elbow (pg 37 book 4) sameas 15A a Re(Zs) Pa-s/m^3 2.9508E+05 A |p| Pa 0.0000 b Im(Zs) Pa-s/m^3 4.0018 B Ph(p) deg 0.1594 C |U| m^3/s -89.823 D Ph(U) deg -1568.7 E Hdot W helium Gas type -1568.7 F Work W ideal Solid type -16.134 G HeatIn W !--------------------------------- 17 --------------------------------- ISOCONE 3.5" to 3" Long radius reducing elbow (pg 36 book 4) sameas 14a a AreaI m^2 S=-2 2.7849E+05 A |p| Pa 0.2390 b PerimI m Fnc(17a) 4.2369 B Ph(p) deg 0.2090 c Length m 0.1923 C |U| m^3/s 6.2070E-03 d AreaF m^2 -89.203 D Ph(U) deg 0.2790 e PerimF m -1606.7 E Hdot W sameas 6d f Srough -1606.7 F Work W helium Gas type -38.053 G HeatIn W stainless Solid type !--------------------------------- 18 --------------------------------- RPNTARGET Calc minor loss resistor for 2nd 1/2 of elbow (pg 37 book 4) 0.1700 a Target (t) 826.92 A RPNval 0.212 rho * 17C * 17d / 17d / 18a * !--------------------------------- 19 --------------------------------- IMPEDANCE Minor loss resistor for 2nd 1/2 of elbow (pg 37 book 4) sameas 18A a Re(Zs) Pa-s/m^3 2.7850E+05 A |p| Pa 0.0000 b Im(Zs) Pa-s/m^3 4.2696 B Ph(p) deg 0.1923 C |U| m^3/s -89.203 D Ph(U) deg -1622.0 E Hdot W helium Gas type -1622.0 F Work W ideal Solid type -15.293 G HeatIn W !--------------------------------- 20 --------------------------------- ISODUCT FB connector/part of tee (Pg 55 book 4 concept.skf) 5.3500E-03 a Area m^2 S=-2 2.7224E+05 A |p| Pa 0.2590 b Perim m Fnc(20a) 4.3586 B Ph(p) deg 7.0000E-02 c Length m 0.2029 C |U| m^3/s sameas 6d d Srough -89.038 D Ph(U) deg -1636.7 E Hdot W helium Gas type -1636.7 F Work W stainless Solid type -14.660 G HeatIn W !--------------------------------- 21 --------------------------------- RPNTARGET Calc minor loss resistor for FB-Res (pg 53-55 book 4) 0.4220 a Target (t) 5833.2 A RPNval 0.212 rho * 45C SQRD * 20C / 5.35E-3 SQRD / 21a * !--------------------------------- 22 --------------------------------- IMPEDANCE Minor loss resistor for FB to resonator junction sameas 21A a Re(Zs) Pa-s/m^3 2.7231E+05 A |p| Pa 0.0000 b Im(Zs) Pa-s/m^3 4.6072 B Ph(p) deg 0.2029 C |U| m^3/s -89.038 D Ph(U) deg -1756.8 E Hdot W helium Gas type -1756.8 F Work W ideal Solid type -120.09 G HeatIn W !--------------------------------- 23 --------------------------------- SOFTEND End of feedback branch 0.0000 a Re(Z) (t) 2.7231E+05 A |p| Pa 0.0000 b Im(Z) (t) 4.6072 B Ph(p) deg 0.2029 C |U| m^3/s -89.038 D Ph(U) deg -1756.8 E Hdot W -1756.8 F Work W -9.3634E-02 G Re(Z) helium Gas type 1.4696 H Im(Z) ideal Solid type 325.00 I T K !--------------------------------- 24 --------------------------------- ISODUCT Dummy duct used to get input properties 1.0000 a Area m^2 3.1120E+05 A |p| Pa 1.0000 b Perim m 0.0000 B Ph(p) deg 0.0000 c Length m 9.0991E-03 C |U| m^3/s 0.0000 d Srough 21.829 D Ph(U) deg 1314.3 E Hdot W helium Gas type 1314.3 F Work W ideal Solid type 2.2737E-13 G HeatIn W !--------------------------------- 25 --------------------------------- RPNTARGET Streaming mass flux in grams/sec 0.0000 a Target (t) 1.9468 A RPNval rho 24F * 0a / 1000 * !--------------------------------- 26 --------------------------------- BEGIN reset temp at HX input sameas 0a a Mean P Pa sameas 0b b Freq. Hz 319.30 c T-beg K sameas 24A d |p|@0 Pa sameas 24B e Ph(p)0 deg sameas 24C f |U|@0 m^3/s sameas 24D g Ph(U)0 deg helium Gas type ideal Solid type !--------------------------------- 27 --------------------------------- TXFRST Main room temp water HX (pg 90 book 3) 6.6580E-03 a Area m^2 3.1127E+05 A |p| Pa 0.2275 b GasA/A -5.8829E-02 B Ph(p) deg 2.0400E-02 c Length m 8.6861E-03 C |U| m^3/s 1.2700E-03 d radius m 15.491 D Ph(U) deg -1602.2 e HeatIn W G -287.91 E Hdot W 300.00 f Est-T K (t) 1302.4 F Work W helium Gas type -1602.2 G Heat W stainless Solid type 286.75 H MetalT K !--------------------------------- 28 --------------------------------- STKDUCT Regen cold end dead space due to ribs (pg 91 book 3) 4.9700E-03 a Area m^2 3.1127E+05 A |p| Pa 0.7400 b Perim m -6.1245E-02 B Ph(p) deg 3.1750E-03 c Length m 8.5627E-03 C |U| m^3/s 2.7000E-02 d WallA m^2 12.219 D Ph(U) deg -287.91 E Hdot W 1302.2 F Work W 319.30 G T-beg K helium Gas type 331.77 H T-end K stainless Solid type -0.2112 I StkWrk W !--------------------------------- 29 --------------------------------- STKSCREEN Regenerator (pg 92 book 3) (Ks frac est:pg 20 book 4) 6.2070E-03 a Area m^2 2.8134E+05 A |p| Pa 0.7190 b VolPor 3.7046 B Ph(p) deg 7.3000E-02 c Length m 2.9310E-02 C |U| m^3/s 4.2200E-05 d r_H m -45.002 D Ph(U) deg 0.3000 e KsFrac -287.91 E Hdot W 2720.8 F Work W 331.77 G T-beg K helium Gas type 859.28 H T-end K stainless Solid type 1418.7 I StkWrk W !--------------------------------- 30 --------------------------------- RPNTARGET Estimated heat leak through FiberFrax (pg 22 book 4) 0.0000 a Target (t) 210.62 A RPNval 29H 273 - 1.89 * 29H 273 - 1.11E-4 * 0.125 + * !--------------------------------- 31 --------------------------------- INSDUCT All regen hot end dead space (pg 92 book 3)(area is avg) 4.6200E-03 a Area m^2 2.8129E+05 A |p| Pa 2.0000 b Perim m 3.6979 B Ph(p) deg 8.7000E-03 c Length m 3.0197E-02 C |U| m^3/s 6.0000E-04 d Srough -46.609 D Ph(U) deg -287.91 E Hdot W helium Gas type 2712.5 F Work W stainless Solid type 0.0000 G HeatIn W !--------------------------------- 32 --------------------------------- HXMIDL HHX (pg 93 book 4) heat xfer area used/not acoustic area 5.6970E-03 a Area m^2 2.8126E+05 A |p| Pa 0.9867 b GasA/A 3.6945 B Ph(p) deg 6.3500E-03 c Length m 3.1015E-02 C |U| m^3/s 7.9400E-04 d y0 m -48.236 D Ph(U) deg 3037.0 e HeatIn W G 2749.1 E Hdot W 900.00 f Est-T K (t) 2689.4 F Work W helium Gas type 3037.0 G Heat W stainless Solid type 936.14 H MetalT K !--------------------------------- 33 --------------------------------- STKDUCT hhx dead space (pg 94 book 3) stainless used for Qdot 5.4400E-03 a Area m^2 2.8124E+05 A |p| Pa 0.2620 b Perim m 3.6921 B Ph(p) deg 3.6830E-03 c Length m 3.1470E-02 C |U| m^3/s 4.0540E-03 d WallA m^2 -48.890 D Ph(U) deg 2749.1 E Hdot W 2689.0 F Work W 859.28 G T-beg K helium Gas type 855.79 H T-end K stainless Solid type -0.4613 I StkWrk W !--------------------------------- 34 --------------------------------- STKDUCT Straight section of pulse tube (pg 101 bk 4) 6.2070E-03 a Area m^2 S=-2 2.8080E+05 A |p| Pa 0.2790 b Perim m Fnc(34a) 3.6392 B Ph(p) deg 8.0000E-02 c Length m 4.3650E-02 C |U| m^3/s 1.1600E-03 d WallA m^2 -60.416 D Ph(U) deg 2749.1 E Hdot W 2681.2 F Work W 855.79 G T-beg K helium Gas type 647.74 H T-end K stainless Solid type -7.7432 I StkWrk W !--------------------------------- 35 --------------------------------- STKCONE Taperred section of pulse tube (pg 101 bk 4) sameas 34a a AreaI m^2 2.7815E+05 A |p| Pa sameas 34b b PerimI m^2 3.4534 B Ph(p) deg 0.1600 c Length m 7.0217E-02 C |U| m^3/s 6.2070E-03 d AreaF m^2 S=-3 -70.630 D Ph(U) deg 0.2797 e PerimF m Fnc(35d) 2749.1 E Hdot W 1.1400E-02 f f_wall 2678.1 F Work W 647.74 G T-beg K helium Gas type 290.31 H T-end K stainless Solid type -3.1490 I StkWrk W !--------------------------------- 36 --------------------------------- RPNTARGET Calculate minor loss resistor for flow straightener 1.3100 a Target (t) 5209.1 A RPNval 0.212 rho * 35C * 35d / 35d / 2 * 36a * !--------------------------------- 37 --------------------------------- IMPEDANCE Minor loss resistor for flow straightener sameas 36A a Re(Zs) Pa-s/m^3 2.7805E+05 A |p| Pa 0.0000 b Im(Zs) Pa-s/m^3 3.5259 B Ph(p) deg 7.0217E-02 C |U| m^3/s -70.630 D Ph(U) deg 2665.2 E Hdot W helium Gas type 2665.2 F Work W ideal Solid type -12.841 G HeatIn W !--------------------------------- 38 --------------------------------- TXLASt Small water Xger 6.6580E-03 a Area m^2 2.7693E+05 A |p| Pa 0.2690 b GasA/A 3.4738 B Ph(p) deg 1.0160E-02 c Length m 7.0729E-02 C |U| m^3/s 2.2860E-03 d radius m -70.765 D Ph(U) deg -250.00 e HeatIn W (t) 2660.1 E Hdot W 290.00 f Est-T K =38H? 2660.1 F Work W sameas 0 Gas type -5.1048 G Heat W ideal Solid type 290.00 H MetalT K !--------------------------------- 39 --------------------------------- RPNTARGET Calculate minor loss resistor 2nd CHX pg 99 5 1.0300 a Target (t) 4.9549E+04 A RPNval 0.424 rho * 38C * 38a 38b * sqrd / 39a * !--------------------------------- 40 --------------------------------- IMPEDANCE Minor loss resistor 2nd CHX sameas 39A a Re(Zs) Pa-s/m^3 2.7600E+05 A |p| Pa 0.0000 b Im(Zs) Pa-s/m^3 4.1740 B Ph(p) deg 7.0729E-02 C |U| m^3/s -70.765 D Ph(U) deg 2536.2 E Hdot W helium Gas type 2536.2 F Work W ideal Solid type -123.94 G HeatIn W !--------------------------------- 41 --------------------------------- ISODUCT PT connector (see pg 55 book 4 and concept.skf) 6.2070E-03 a Area m^2 2.7291E+05 A |p| Pa 0.2790 b Perim m 4.0200 B Ph(p) deg 9.2000E-02 c Length m 8.6321E-02 C |U| m^3/s 6.0000E-04 d Srough -73.571 D Ph(U) deg 2531.1 E Hdot W helium Gas type 2531.1 F Work W stainless Solid type -5.0798 G HeatIn W !--------------------------------- 42 --------------------------------- RPNTARGET Calc velocity in after union for minor loss 0.0000 a Target (t) 0.2870 A RPNval 41D 23D - COS 41C * 23C + SQRD 41D 23D - SIN 41C * SQRD + SQRT !--------------------------------- 43 --------------------------------- RPNTARGET Calc minor loss resistor for PT to resonantor (pg 45 book 4) 0.9100 a Target (t) 3.3102E+04 A RPNval 0.212 rho * 42A SQRD * 41C / 5.35E-3 SQRD / 43a * !--------------------------------- 44 --------------------------------- IMPEDANCE Minor loss resistor for PT-Res (pg 53-55 book 4) sameas 43A a Re(Zs) Pa-s/m^3 2.7231E+05 A |p| Pa 0.0000 b Im(Zs) Pa-s/m^3 4.6072 B Ph(p) deg 8.6321E-02 C |U| m^3/s -73.571 D Ph(U) deg 2407.8 E Hdot W helium Gas type 2407.8 F Work W ideal Solid type -123.33 G HeatIn W !--------------------------------- 45 --------------------------------- UNION Rejoin 23.000 a TendSg 2.7231E+05 A |p| Pa 2.7231E+05 b |p|End Pa =45A? 4.6072 B Ph(p) deg 4.6072 c Ph(p)E deg =45B? 0.2870 C |U| m^3/s -84.438 D Ph(U) deg 651.00 E Hdot W helium Gas type 651.00 F Work W ideal Solid type 0.0000 G HeatIn W !--------------------------------- 46 --------------------------------- FREETARGET Power output 651.00 a Target =46A? 651.00 A FreeT 45F b ResAdr !--------------------------------- 47 --------------------------------- RPNTARGET Regenerator pressure drop 0.0000 a Target (t) 3.9768E+04 A RPNval -2.1873E+04 B RPNval 45A 45B sin * ~ 24A 45A 45B COS * - !--------------------------------- 48 --------------------------------- RPNTARGET Jet pump pressure drop 0.0000 a Target (t) 1.2705E+04 A RPNval 1.9333E+04 B RPNval 6A 6B SIN * 6A 6B COS * 1A - !--------------------------------- 49 --------------------------------- RPNTARGET Normalized jp+regen pressure drop 0.0000 a Target (t) ( 0.1610 ,-1.7449E-02) A 47A 47B I * + 48A 48B I * + + 7A / !--------------------------------- 50 --------------------------------- RPNTARGET tau - 1 0.0000 a Target (t) 1.6911 A RPNval 29H 28G / 1 - !--------------------------------- 51 --------------------------------- RPNTARGET Wload 0.0000 a Target (t) 6.1035E-05 A RPNval 46A 651 - !--------------------------------- 52 --------------------------------- RPNTARGET Diss from hhx to chx 0.0000 a Target (t) 724.11 A RPNval 23F ~ 24F - 32F 44F - + !--------------------------------- 53 --------------------------------- RPNTARGET Regenerator loss 0.0000 a Target (t) 651.79 A RPNval 28F 29H 29G / * 29F - ! The restart information below was generated by a previous run ! You may wish to delete this information before starting a run ! where you will (interactively) specify a different iteration ! mode. Edit this table only if you really know your model! INVARS 4 1 1 1 2 27 5 32 5 TARGS 4 38 6 45 2 45 3 46 1 SPECIALS 7 8 6 11 -3 14 -2 17 -2 20 -2 34 -2 35 -3