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