$ Database file written 2005-10-21
$ From database: USER                    
 ELEMENT /-   ELECTRON_GAS              0.0000E+00  0.0000E+00  0.0000E+00!
 ELEMENT VA   VACUUM                    0.0000E+00  0.0000E+00  0.0000E+00!
 ELEMENT NB   BCC_A2                    9.2906E+01  5.2200E+03  3.6270E+01!
 ELEMENT O    O2_GAS                    1.5999E+01  4.3410E+03  1.0252E+02!
 ELEMENT ZR   HCP_A3                    9.1224E+01  5.5663E+03  3.9181E+01!
 
 SPECIES NB+2                        NB1/+2!
 SPECIES NB+4                        NB1/+4!
 SPECIES NBO                         NB1O1!
 SPECIES NBO2                        NB1O2!
 SPECIES NBO5/2                      NB1O2.5!
 SPECIES O-2                         O1/-2!
 SPECIES O1ZR1                       O1ZR1!
 SPECIES O2                          O2!
 SPECIES O3                          O3!
 SPECIES VA-2                        VA1/-2!
 SPECIES VA-4                        VA1/-4!
 SPECIES ZR+4                        ZR1/+4!
 SPECIES ZR2                         ZR2!
 SPECIES ZRO2                        O2ZR1!
  
 FUNCTION GO2GAS     2.98150E+02  -6961.74451-76729.7484*T**(-1)
     -51.0057202*T-22.2710136*T*LN(T)-.0101977469*T**2+1.32369208E-06*T**3;  
     1.00000E+03  Y
      -13137.5203+525809.556*T**(-1)+25.3200332*T-33.627603*T*LN(T)
     -.00119159274*T**2+1.35611111E-08*T**3;  3.30000E+03  Y
      -27973.4908+8766421.4*T**(-1)+62.5195726*T-37.9072074*T*LN(T)
     -8.50483772E-04*T**2+2.14409777E-08*T**3;  6.00000E+03  N !
 FUNCTION GOSOL      2.98150E+02  +.5*GO2GAS#+65*T;  3.00000E+03  N !
 FUNCTION F9878T     2.98150E+02  +211801.621+24.4989821*T-20.78611*T*LN(T); 
       6.00000E+03   N !
 FUNCTION F10262T    2.98150E+02  -9522.9741+78.5273879*T-31.35707*T*LN(T)
     +.0027589925*T**2-7.46390667E-07*T**3+56582.3*T**(-1);  1.00000E+03  Y
      +180.108664-15.6128256*T-17.84857*T*LN(T)-.00584168*T**2
     +3.14618667E-07*T**3-1280036*T**(-1);  2.10000E+03  Y
      -18840.1663+92.3120255*T-32.05082*T*LN(T)-.0010728235*T**2
     +1.14281783E-08*T**3+3561002.5*T**(-1);  6.00000E+03  N !
 FUNCTION GHSERHH    2.98150E+02  +.5*F10262T#;   6.00000E+03   N !
 FUNCTION F14776T    2.98150E+02  +586876.841+74.4171195*T-38.69111*T*LN(T)
     +.01152846*T**2-1.693255E-06*T**3+270638.8*T**(-1);  7.00000E+02  Y
      +595990.293-26.0530509*T-24.06106*T*LN(T)+.001743641*T**2
     -5.94312333E-07*T**3-748947.5*T**(-1);  1.30000E+03  Y
      +593841.673-46.0204551*T-20.46361*T*LN(T)-.002961084*T**2
     +1.08391433E-07*T**3+526352.5*T**(-1);  2.70000E+03  Y
      +630745.052-161.965371*T-6.647343*T*LN(T)-.0046738955*T**2
     +1.06833583E-07*T**3-15872340*T**(-1);  6.60000E+03  Y
      +504260.272+131.813821*T-40.68801*T*LN(T)-6.38357E-04*T**2
     +1.79125333E-08*T**3+71496950*T**(-1);  1.00000E+04  N !
 FUNCTION F14790T    2.98150E+02  +892794.963-14.4120751*T-37.13672*T*LN(T)
     -3.2039655E-04*T**2-4.30605167E-09*T**3+85422.15*T**(-1);  3.60000E+03  
     Y
      +874148.858+9.34917918*T-39.33356*T*LN(T)-.001019669*T**2
     +6.09799667E-08*T**3+14065805*T**(-1);  6.00000E+03  N !
 FUNCTION GHSERZR    1.30000E+02  -7827.595+125.64905*T-24.1618*T*LN(T)
     -.00437791*T**2+34971*T**(-1);  2.12800E+03  Y
      -26085.921+262.724183*T-42.144*T*LN(T)-1.342896E+31*T**(-9);  
     6.00000E+03  N !
 FUNCTION GZRBCC     2.98150E+02  -525.539+124.9457*T-25.607406*T*LN(T)
     -3.40084E-04*T**2-9.729E-09*T**3+25233*T**(-1)-7.6143E-11*T**4;  
     2.12800E+03  Y
      -30705.955+264.284163*T-42.144*T*LN(T)+1.276058E+32*T**(-9);  
     6.00000E+03  N !
 FUNCTION GZRLIQ     2.98150E+02  +10320.095+116.568238*T-24.1618*T*LN(T)
     -.00437791*T**2+34971*T**(-1)+1.6275E-22*T**7;  2.12800E+03  Y
      -8281.26+253.812609*T-42.144*T*LN(T);  6.00000E+03  N !
 FUNCTION F10258T    2.98150E+02  +508873.032-56.3652522*T-23.04183*T*LN(T)
     -.01071154*T**2+1.4689955E-06*T**3-46462.485*T**(-1);  1.00000E+03  Y
      +500139.247+39.1135322*T-37.03719*T*LN(T)-3.8075865E-04*T**2
     +2.06460167E-09*T**3+1021210*T**(-1);  6.00000E+03  N !
 
 FUNCTION F12425T    2.98150E+02  +712766.598+48.6410598*T-35.6334*T*LN(T)
     +.0078268*T**2-9.99561333E-07*T**3+58000.7*T**(-1);  1.00000E+03  Y
      +718250.236-5.01491454*T-27.90045*T*LN(T)+.0026618495*T**2
     -3.10671333E-07*T**3-710928.5*T**(-1);  2.80000E+03  Y
      +747948.465-181.458415*T-4.752182*T*LN(T)-.004599283*T**2
     +9.27975E-08*T**3-6445975*T**(-1);  6.40000E+03  Y
      +744601.843-140.597978*T-9.951641*T*LN(T)-.0035367055*T**2
     +6.06727333E-08*T**3-16843960*T**(-1);  1.00000E+04  N !
 FUNCTION GHSERNB    2.98150E+02  -8519.353+142.045475*T-26.4711*T*LN(T)
     +2.03475E-04*T**2-3.5012E-07*T**3+93399*T**(-1);  2.75000E+03  Y
      -37669.3+271.720843*T-41.77*T*LN(T)+1.528238E+32*T**(-9);  6.00000E+03 
      N !
 FUNCTION GHSEROO    2.98150E+02  -3480.87-25.503038*T-11.1355*T*LN(T)
     -.005098875*T**2+6.61845833E-07*T**3-38365*T**(-1);  1.00000E+03  Y
      -6568.763+12.659879*T-16.8138*T*LN(T)-5.957975E-04*T**2+6.781E-09*T**3
     +262905*T**(-1);  3.30000E+03  Y
      -13986.728+31.259624*T-18.9536*T*LN(T)-4.25243E-04*T**2
     +1.0721E-08*T**3+4383200*T**(-1);  6.00000E+03  N !
 FUNCTION F12440T    2.98150E+02  +189929.973-57.5152038*T-26.20356*T*LN(T)
     -.01029724*T**2+1.79974833E-06*T**3+26457.525*T**(-1);  8.00000E+02  Y
      +183755.016+21.8170481*T-38.16645*T*LN(T)+4.095299E-04*T**2
     -5.36172667E-08*T**3+650110*T**(-1);  2.80000E+03  Y
      +228848.86-135.468636*T-18.95687*T*LN(T)-.0030507635*T**2
     +5.403705E-08*T**3-18542860*T**(-1);  6.00000E+03  N !
 FUNCTION F12451T    2.98150E+02  -211739.603-48.8330406*T-30.95742*T*LN(T)
     -.02867295*T**2+5.98674667E-06*T**3+42180.995*T**(-1);  6.00000E+02  Y
      -221589.351+106.929062*T-55.30411*T*LN(T)-.001351704*T**2
     +1.17730783E-07*T**3+804771.5*T**(-1);  1.80000E+03  Y
      -224255.604+127.550357*T-58.14923*T*LN(T)-7.5971E-06*T**2
     +2.18181667E-10*T**3+1281120*T**(-1);  6.00000E+03  N !
 FUNCTION F12437T    2.98140E+02  -434220.337+246.876204*T-42.99897*T*LN(T)
     -.0044367135*T**2+7.613485E-10*T**3+201346.65*T**(-1);  2.21000E+03  Y
      -456057.083+399.171599*T-62.76*T*LN(T);  6.00000E+03  N !
 FUNCTION F12445T    2.98140E+02  -817191.531+381.593377*T-64.17126*T*LN(T)
     -9.08246E-04*T**2-4.022435E-06*T**3+418142.7*T**(-1);  7.00000E+02  Y
      -811038.971+277.505525*T-47.77082*T*LN(T)-.01985076*T**2;  1.00000E+03 
      Y
      -7995222.39+66544.4364*T-9449.355*T*LN(T)+5.400225*T**2
     -5.80159E-04*T**3+1.0211785E+09*T**(-1);  1.30000E+03  Y
      -825146.769+515.555749*T-83.0524*T*LN(T);  2.17500E+03  Y
      -849262.299+611.84916*T-94.14*T*LN(T);  6.00000E+03  N !
 FUNCTION F12460T    2.98140E+02  -1942063.25+674.379374*T-115.742*T*LN(T)
     -.0547895*T**2+8.24945333E-06*T**3+534527*T**(-1);  7.00000E+02  Y
      -1967843.43+1010.19042*T-166.3182*T*LN(T)-.010714595*T**2
     +1.04697633E-06*T**3+2995953*T**(-1);  1.50000E+03  Y
      -1970867.16+1053.49937*T-172.7281*T*LN(T)-.006198805*T**2
     +5.181745E-07*T**3+2995953*T**(-1);  1.78500E+03  Y
      -2077756.73+1625.45741*T-242.2536*T*LN(T);  6.00000E+03  N !
 FUNCTION F12964T    2.98140E+02  +84650.2479-322.816859*T+21.98592*T*LN(T)
     -.10713165*T**2+2.81704E-05*T**3-333363.35*T**(-1);  5.00000E+02  Y
      +42648.3264+404.464721*T-93.37933*T*LN(T)+.03332466*T**2
     -3.80849833E-06*T**3+2526299*T**(-1);  1.10000E+03  Y
      +84838.707+11.527709*T-37.46259*T*LN(T)+9.16682E-05*T**2
     -7.005105E-08*T**3-3491878*T**(-1);  4.10000E+03  Y
      +106867.647-98.6658671*T-23.49987*T*LN(T)-.00315689*T**2
     +5.93994E-08*T**3-6661880*T**(-1);  9.60000E+03  Y
      +255442.536-262.961955*T-6.281221*T*LN(T)-.0038787795*T**2
     +6.18786667E-08*T**3-2.2466925E+08*T**(-1);  1.00000E+04  N !
 FUNCTION G0HCP      2.98150E+02  -467447.03+79.3034*T;   6.00000E+03   N !
 FUNCTION L0HCP      2.98150E+02  -56003.38+4.30692*T;   6.00000E+03   N !
 FUNCTION L1HCP      2.98150E+02  -3982.58-1.94412*T;   6.00000E+03   N !
 FUNCTION AU2        2.98150E+02  -11000;   6.00000E+03   N !
 FUNCTION AU2V       298.15 0.0; 6000.00  N !
 FUNCTION AU2DY      2.98150E+02  -2750;   6.00000E+03   N !
 FUNCTION F7397T     2.98140E+02  +243206.529-42897.0876*T**(-1)
     -20.7513421*T-21.0155542*T*LN(T)+1.26870532E-04*T**2
     -1.23131285E-08*T**3;  2.95000E+03  Y
      +252301.473-3973170.33*T**(-1)-51.974853*T-17.2118798*T*LN(T)
     -5.41356254E-04*T**2+7.64520703E-09*T**3;  6.00000E+03  N !
 FUNCTION F7683T     2.98140E+02  +133772.042-11328.9959*T**(-1)
     -84.8602165*T-19.8314069*T*LN(T)-.0392015696*T**2+7.90727187E-06*T**3;  
     6.00000E+02  Y
      +120765.524+997137.156*T**(-1)+120.113376*T-51.8410152*T*LN(T)
     -.00353983136*T**2+3.20640143E-07*T**3;  1.50000E+03  Y
      +115412.196+1878139.02*T**(-1)+164.679664*T-58.069736*T*LN(T)
     -2.84399032E-04*T**2+5.95650279E-10*T**3;  6.00000E+03  N !
 FUNCTION GZRGAS     2.98140E+02  +609741.683-5.65255703*T
     +32.7567902*T*LN(T)-.00516715599*T**2-371928.69*T**(-1)
     -4.3832838E-06*T**3;  6.00000E+02  Y
      +602118.465-33.8619633*T+35.1717911*T*LN(T)-.0192931797*T**2
     -21833.24*T**(-1)+9.7504353E-06*T**3;  1.20000E+03  Y
      +600614.217+82.153204*T+12.2866497*T*LN(T)+.0120604597*T**2
     +2942113*T**(-1)-1.914548E-06*T**3;  2.40000E+03  Y
      +567452.787+28.4532102*T+18.3152103*T*LN(T)+.00488632591*T**2
     +9958631*T**(-1)-1.8344041E-07*T**3;  4.20000E+03  Y
      +525775.27+83.6688259*T+7.70688581*T*LN(T)+.00960336812*T**2
     +18062870*T**(-1)-7.3121259E-07*T**3;  6.00000E+03  N !
 FUNCTION F14423T    2.98150E+02  +299805.017-138.265505*T-2.769934*T*LN(T)
     -.025123235*T**2+2.91121E-06*T**3-225080.65*T**(-1);  5.00000E+02  Y
      +299818.158-153.051454*T+.006576569*T*LN(T)-.031759785*T**2
     +5.12529167E-06*T**3-157706.25*T**(-1);  9.00000E+02  Y
      +259620.873+283.605387*T-63.72523*T*LN(T)+.0132323*T**2
     -8.43548E-07*T**3+4603149.5*T**(-1);  2.00000E+03  Y
      +305551.58+10.5671679*T-27.57385*T*LN(T)+5.86253E-04*T**2
     -1.41879667E-08*T**3-6339225*T**(-1);  6.60000E+03  Y
      +330332.682-10.4578956*T-25.61849*T*LN(T)+7.907715E-04*T**2
     -2.626045E-08*T**3-39037215*T**(-1);  1.00000E+04  N !
 FUNCTION F14441T    2.98150E+02  +415023.293-24.276484*T-36.02127*T*LN(T)
     -.005866135*T**2+7.95920667E-07*T**3-134064.05*T**(-1);  1.10000E+03  Y
      +418717.2-28.8639587*T-36.06067*T*LN(T)-.003023904*T**2
     +1.82022167E-07*T**3-1196854*T**(-1);  3.00000E+03  Y
      +318814.516+319.93647*T-78.71578*T*LN(T)+.0048371295*T**2
     -7.82327E-08*T**3+41752485*T**(-1);  6.00000E+03  N !
 
 FUNCTION F12798T    2.98140E+02  +11476.6012-18.3661002*T-31.30909*T*LN(T)
     -.00526408*T**2+8.15663333E-07*T**3+100608.85*T**(-1);  9.00000E+02  Y
      +6624.42371+35.0080433*T-39.14951*T*LN(T)+6.65607E-04*T**2
     -6.688285E-08*T**3+691051*T**(-1);  3.30000E+03  Y
      +37287.5486-.122580966*T-36.16144*T*LN(T)+.0022631595*T**2
     -2.10390833E-07*T**3-21946355*T**(-1);  5.60000E+03  Y
      +839171.013-1966.22127*T+193.4373*T*LN(T)-.02698769*T**2
     +4.88792333E-07*T**3-5.47959E+08*T**(-1);  6.00000E+03  N !
 FUNCTION F13162T    2.98150E+02  -5629.61895+88.2543874*T-49.38036*T*LN(T)
     -.01144428*T**2+1.930165E-06*T**3+250871.75*T**(-1);  8.00000E+02  Y
      -12088.8009+172.92657*T-62.165*T*LN(T)-3.8982055E-05*T**2
     +1.35514117E-09*T**3+873175.5*T**(-1);  6.00000E+03  N !
 FUNCTION F13159T    2.98150E+02  -608087.742+474.985631*T-76.041*T*LN(T)
     -.003681085*T**2-1.28166667E-10*T**3+1111933.5*T**(-1);  1.90300E+03  Y
      -623956.627+597.135376*T-92*T*LN(T);  6.00000E+03  N !
 FUNCTION F12795T    2.98150E+02  -294353.724+239.825132*T-43.7399*T*LN(T)
     -.006780115*T**2+1.76666667E-11*T**3-5*T**(-1);  1.25000E+03  Y
      -307834.997+379.476855*T-63*T*LN(T);  6.00000E+03  N !
 
 
 TYPE_DEFINITION % SEQ *!
 DEFINE_SYSTEM_DEFAULT ELEMENT 2 !
 DEFAULT_COMMAND DEF_SYS_ELEMENT VA /- !


 PHASE GAS:G %  1  1.0  !
    CONSTITUENT GAS:G :NB,NBO,NBO2,O,O1ZR1,O2,O3,ZR,ZR2,ZRO2 :  !

   PARAMETER G(GAS,NB;0)  2.98150E+02  +F12425T#+RTLNP#;   6.00000E+03   N 
  98Ssu!
   PARAMETER G(GAS,NBO;0)  2.98150E+02  +F12440T#+RTLNP#;   6.00000E+03   N 
   98Ssu!
   PARAMETER G(GAS,NBO2;0)  2.98150E+02  +F12451T#+RTLNP#;   6.00000E+03   N 
   98Ssu!
   PARAMETER G(GAS,O;0)  2.98150E+02  +F7397T#+RTLNP#;   6.00000E+03   N 
  98Ssu   !
   PARAMETER G(GAS,O1ZR1;0)  2.98150E+02  +F12964T#+RTLNP#;   6.00000E+03   
  N 98Ssu !
   PARAMETER G(GAS,O2;0)  2.98150E+02  +2*GHSEROO#+RTLNP#;   6.00000E+03   N 
  98Ssu   !
   PARAMETER G(GAS,O3;0)  2.98150E+02  +F7683T#+RTLNP#;   6.00000E+03   N 
  98Ssu   !
   PARAMETER G(GAS,ZR;0)  2.98150E+02  +F14776T#;   6.00000E+03   N 98Ssu   !
   PARAMETER G(GAS,ZR2;0)  2.98150E+02  +F14790T#;   6.00000E+03   N 98Ssu   !
   PARAMETER G(GAS,ZRO2;0)  2.98150E+02  -309376+43.133*T+GZRGAS#+2*GHSEROO#
  +RTLNP#;   6.00000E+03   N 98Ssu   !


 PHASE IONIC_LIQ:Y %  2 1   1 !
    CONSTITUENT IONIC_LIQ:Y :NB+2,ZR+4 : O-2%,VA%,NBO2,NBO5/2,O :  !

   PARAMETER G(IONIC_LIQ,NB+2:O-2;0)  2.98150E+02  +2*F12437T#+310681.92
  -135.66551*T;   6.00000E+03   99Dup !
   PARAMETER G(IONIC_LIQ,ZR+4:O-2;0)  2.98150E+02  -1931250.3+272.52*T
  +2*GZRLIQ#+4*GHSEROO#;   6.00000E+03   N 96Lia   !
   PARAMETER G(IONIC_LIQ,NB+2:VA;0)  2.98150E+02  +29781.555-10.816418*T
  -3.06098E-23*T**7+GHSERNB#;  2.75000E+03  Y
   +30169.902-10.964695*T-1.528238E+32*T**(-9)+GHSERNB#;  6.00000E+03  N 
  91Din   !
   PARAMETER G(IONIC_LIQ,ZR+4:VA;0)  2.98150E+02  +GZRLIQ#;   6.00000E+03   
  N 91Din   !
   PARAMETER G(IONIC_LIQ,NBO2;0)  2.98150E+02  +F12445T#+62301-16.9083*T;   
  6.00000E+03   N 99Dup !
   PARAMETER G(IONIC_LIQ,NBO5/2;0)  2.98150E+02  +.5*F12460T#+19682.659-10*T;
     6.00000E+03   N 99Dup !
   PARAMETER G(IONIC_LIQ,O;0)  2.98150E+02  -2648+31.44*T+GHSEROO#;   
  6.00000E+03   N 98Ssu   !
   PARAMETER G(IONIC_LIQ,NB+2:O-2,VA;0)  2.98150E+02  56277.338;   
  6.00000E+03   N 99Dup!
   PARAMETER G(IONIC_LIQ,ZR+4:O-2,VA;0)  2.98150E+02  +424351.51-215.70189*T;
     6.00000E+03   N 96Lia   !
   PARAMETER G(IONIC_LIQ,ZR+4:O-2,VA;1)  2.98150E+02  +211955.21-77.30708*T; 
    6.00000E+03   N 96Lia   !
   PARAMETER G(IONIC_LIQ,ZR+4:O-2,O;0)  2.98150E+02  50000;   6.00000E+03   
  N 96Lia   !
   PARAMETER G(IONIC_LIQ,NB+2,ZR+4:VA;0)  2.98150E+02  10311;   6.00000E+03  
   N 91Fer   !
   PARAMETER G(IONIC_LIQ,NB+2,ZR+4:VA;1)  2.98150E+02  6709;   6.00000E+03   
  N 91Fer   !


 TYPE_DEFINITION & GES A_P_D BCC_A2 MAGNETIC  -1.0    4.00000E-01 !
 PHASE BCC_A2  %&  2 1   3 !
    CONSTITUENT BCC_A2  :NB,ZR : O,VA% :  !

   PARAMETER G(BCC_A2,NB:O;0)  2.98150E+02  +F12460T#-F12445T#+250000;   
  6.00000E+03   N REF0 !
   PARAMETER G(BCC_A2,ZR:O;0)  2.98150E+02  +400000+GZRBCC#+3*GHSEROO#;   
  6.00000E+03   N 96Lia   !
   PARAMETER G(BCC_A2,NB:VA;0)  2.98150E+02  +GHSERNB#;   6.00000E+03   N 
  91Din   !
   PARAMETER G(BCC_A2,ZR:VA;0)  2.98150E+02  +GZRBCC#;   6.00000E+03   N 
  91Din   !
   PARAMETER G(BCC_A2,NB:O,VA;0)  2.98150E+02  -670149+76.4*T;   6.00000E+03 
    N 99Dup !
   PARAMETER G(BCC_A2,NB:O,VA;1)  2.98150E+02  -354266;   6.00000E+03   N 
  99Dup!
   PARAMETER G(BCC_A2,ZR:O,VA;0)  2.98150E+02  -2639295.07+280.8704*T;   
  6.00000E+03   N REF0 !
   PARAMETER G(BCC_A2,ZR:O,VA;1)  2.98150E+02  -578130;   6.00000E+03   N 
  REF0 !
   PARAMETER G(BCC_A2,NB,ZR:VA;0)  2.98150E+02  +15911+3.35*T;   6.00000E+03 
    N 91Fer   !
   PARAMETER G(BCC_A2,NB,ZR:VA;1)  2.98150E+02  +3919-1.091*T;   6.00000E+03 
    N 91Fer   !


    PHASE HCP_3ORD  %  4 3   1   1   1 !
    CONSTITUENT HCP_3ORD  :ZR : O%,VA : O,VA% : O,VA :  !

   PARAMETER G(HCP_3ORD,ZR:O:O:O;0)  2.98150E+02  +3*G0HCP#+3*GHSERZR#
  +3*GHSEROO#;   6.00000E+03   N 96Lia !
   PARAMETER G(HCP_3ORD,ZR:VA:O:O;0)  2.98150E+02  +2*G0HCP#+2*L0HCP#
  +2*L1HCP#+AU2#-2*AU2V#+AU2DY#+3*GHSERZR#+2*GHSEROO#;   6.00000E+03   N 
  96Lia !
   PARAMETER G(HCP_3ORD,ZR:O:VA:O;0)  2.98150E+02  +2*G0HCP#+2*L0HCP#
  +2*L1HCP#+AU2#-2*AU2V#+AU2DY#+3*GHSERZR#+2*GHSEROO#;   6.00000E+03   N 
  96Lia !
   PARAMETER G(HCP_3ORD,ZR:VA:VA:O;0)  2.98150E+02  +G0HCP#+2*L0HCP#
  -2*L1HCP#+3*GHSERZR#+GHSEROO#;   6.00000E+03   N 96Lia !
   PARAMETER G(HCP_3ORD,ZR:O:O:VA;0)  2.98150E+02  +2*G0HCP#+2*L0HCP#
  +2*L1HCP#+3*GHSERZR#+2*GHSEROO#;   6.00000E+03   N 96Lia !
   PARAMETER G(HCP_3ORD,ZR:VA:O:VA;0)  2.98150E+02  +G0HCP#+2*L0HCP#
  -2*L1HCP#+AU2#+2*AU2V#-AU2DY#+3*GHSERZR#+GHSEROO#;   6.00000E+03   N 96Lia !
   PARAMETER G(HCP_3ORD,ZR:O:VA:VA;0)  2.98150E+02  +G0HCP#+2*L0HCP#
  -2*L1HCP#+AU2#+2*AU2V#-AU2DY#+3*GHSERZR#+GHSEROO#;   6.00000E+03   N 96Lia !
   PARAMETER G(HCP_3ORD,ZR:VA:VA:VA;0)  2.98150E+02  +3*GHSERZR#;   
  6.00000E+03   N 96Lia !
   PARAMETER G(HCP_3ORD,ZR:O,VA:O:O;0)  2.98150E+02  +L0HCP#+6*L1HCP#-AU2#
  +3*AU2V#;   6.00000E+03   N 96Lia !
   PARAMETER G(HCP_3ORD,ZR:O,VA:O:O;1)  2.98150E+02  +L1HCP#-AU2V#-AU2DY#;   
  6.00000E+03   N 96Lia !
   PARAMETER G(HCP_3ORD,ZR:O:O,VA:O;0)  2.98150E+02  +L0HCP#+6*L1HCP#-AU2#
  +3*AU2V#;   6.00000E+03   N 96Lia !
   PARAMETER G(HCP_3ORD,ZR:O:O,VA:O;1)  2.98150E+02  +L1HCP#-AU2V#-AU2DY#;   
  6.00000E+03   N 96Lia !
   PARAMETER G(HCP_3ORD,ZR:O:O:O,VA;0)  2.98150E+02  +L0HCP#+6*L1HCP#;   
  6.00000E+03   N 96Lia !
   PARAMETER G(HCP_3ORD,ZR:O:O:O,VA;1)  2.98150E+02  +L1HCP#;   6.00000E+03  
   N 96Lia!
   PARAMETER G(HCP_3ORD,ZR:VA:O,VA:O;0)  2.98150E+02  +L0HCP#-AU2#+AU2V#
  -2*AU2DY#;   6.00000E+03   N 96Lia !
   PARAMETER G(HCP_3ORD,ZR:VA:O,VA:O;1)  2.98150E+02  +L1HCP#-AU2V#-AU2DY#;  
   6.00000E+03   N REF0 !
   PARAMETER G(HCP_3ORD,ZR:VA:O:O,VA;0)  2.98150E+02  +L0HCP#;   6.00000E+03 
    N 96Lia !
   PARAMETER G(HCP_3ORD,ZR:VA:O:O,VA;1)  2.98150E+02  +L1HCP#;   6.00000E+03 
    N 96Lia!
   PARAMETER G(HCP_3ORD,ZR:O,VA:VA:O;0)  2.98150E+02  +L0HCP#-AU2#+AU2V#
  -2*AU2DY#;   6.00000E+03   N 96Lia !
   PARAMETER G(HCP_3ORD,ZR:O,VA:VA:O;1)  2.98150E+02  +L1HCP#-AU2V#-AU2DY#;  
   6.00000E+03   N 96Lia !
   PARAMETER G(HCP_3ORD,ZR:O:VA:O,VA;0)  2.98150E+02  +L0HCP#;   6.00000E+03 
    N 96Lia !
   PARAMETER G(HCP_3ORD,ZR:O:VA:O,VA;1)  2.98150E+02  +L1HCP#;   6.00000E+03 
    N 96Lia!
   PARAMETER G(HCP_3ORD,ZR:VA:VA:O,VA;0)  2.98150E+02  +L0HCP#-6*L1HCP#;   
  6.00000E+03   N 96Lia !
   PARAMETER G(HCP_3ORD,ZR:VA:VA:O,VA;1)  2.98150E+02  +L1HCP#;   
  6.00000E+03   N 96Lia !
   PARAMETER G(HCP_3ORD,ZR:O,VA:O:VA;0)  2.98150E+02  +L0HCP#-AU2#-AU2V#
  +2*AU2DY#;   6.00000E+03   N 96Lia !
   PARAMETER G(HCP_3ORD,ZR:O,VA:O:VA;1)  2.98150E+02  +L1HCP#-AU2V#-AU2DY#;  
   6.00000E+03   N 96Lia !
   PARAMETER G(HCP_3ORD,ZR:O:O,VA:VA;0)  2.98150E+02  +L0HCP#-AU2#-AU2V#
  +2*AU2DY#;   6.00000E+03   N 96Lia !
   PARAMETER G(HCP_3ORD,ZR:O:O,VA:VA;1)  2.98150E+02  +L1HCP#-AU2V#-AU2DY#;  
   6.00000E+03   N 96Lia!
   PARAMETER G(HCP_3ORD,ZR:VA:O,VA:VA;0)  2.98150E+02  +L0HCP#-6*L1HCP#-AU2#
  -3*AU2V#;   6.00000E+03   N 96Lia !
   PARAMETER G(HCP_3ORD,ZR:VA:O,VA:VA;1)  2.98150E+02  +L1HCP#-AU2V#-AU2DY#; 
    6.00000E+03   N 96Lia!
   PARAMETER G(HCP_3ORD,ZR:O,VA:VA:VA;0)  2.98150E+02  +L0HCP#-6*L1HCP#-AU2#
  -3*AU2V#;   6.00000E+03   N 96Lia !
   PARAMETER G(HCP_3ORD,ZR:O,VA:VA:VA;1)  2.98150E+02  +L1HCP#-AU2V#-AU2DY#; 
    6.00000E+03   N 96Lia !


 TYPE_DEFINITION ( GES A_P_D HCP_A3 MAGNETIC  -3.0    2.80000E-01 !
 PHASE HCP_A3  %(  3 1   1   1 !
    CONSTITUENT HCP_A3  :NB,ZR% : O,VA% : VA :  !

   PARAMETER G(HCP_A3,NB:O:VA;0)  2.98150E+02  +F12437T#+100000;   
  6.00000E+03   N 99Dup !
   PARAMETER G(HCP_A3,ZR:O:VA;0)  2.98150E+02  +G0HCP#+GHSERZR#+GHSEROO#;   
  6.00000E+03   N 96Lia !
   PARAMETER G(HCP_A3,NB:VA:VA;0)  2.98150E+02  +10000+2.4*T+GHEXTNB#;   
  6.00000E+03   N 91Din   !
   PARAMETER G(HCP_A3,ZR:VA:VA;0)  2.98150E+02  +GHSERZR#;   6.00000E+03   N 
  91Din   !
   PARAMETER G(HCP_A3,ZR:O,VA:VA;0)  2.98150E+02  +3*L0HCP#;   6.00000E+03   
  N 96Lia !
   PARAMETER G(HCP_A3,ZR:O,VA:VA;1)  2.98150E+02  +9*L1HCP#;   6.00000E+03   
  N 96Lia!
   PARAMETER G(HCP_A3,NB,ZR:VA:VA;0)  2.98150E+02  24411;   6.00000E+03   N 
  91Fer   !


 PHASE NB2O5  %  2 2   5 !
    CONSTITUENT NB2O5  :NB : O :  !

   PARAMETER G(NB2O5,NB:O;0)  2.98150E+02  +F12460T#;   6.00000E+03   N 98Ssu !


  PHASE NBO  %  2 1   1 !
    CONSTITUENT NBO  :NB : O :  !

   PARAMETER G(NBO,NB:O;0)  2.98150E+02  +F12437T#;   6.00000E+03   N 98Ssu!


 PHASE NBO2  %  2 1   2 !
    CONSTITUENT NBO2  :NB : O :  !

   PARAMETER G(NBO2,NB:O;0)  2.98150E+02  +F12445T#;   6.00000E+03   N 98Ssu !

 PHASE ZRO2_CUB  %  2 1   2 !
    CONSTITUENT ZRO2_CUB  :VA,ZR% : O%,VA :  !

   PARAMETER G(ZRO2_CUB,VA:O;0)  2.98150E+02  +270000+2*GHSEROO#;   
  6.00000E+03   N 96Lia   !
   PARAMETER G(ZRO2_CUB,ZR:O;0)  2.98150E+02  -1014781.7-269.4*T
  +59.015088*T*LN(T)-.017726352*T**2+GHSERZR#+2*GHSEROO#;   6.00000E+03   N 
  96Lia   !
   PARAMETER G(ZRO2_CUB,VA:VA;0)  2.98150E+02  +1292381.7+268.5*T
  -59.015088*T*LN(T)+.017726352*T**2;   6.00000E+03   N REF0 !
   PARAMETER G(ZRO2_CUB,ZR:VA;0)  2.98150E+02  +7600-.9*T+GHSERZR#;   
  6.00000E+03   N 91Din   !
   PARAMETER G(ZRO2_CUB,ZR:O,VA;0)  2.98150E+02  +295349.19-97.99689*T;   
  6.00000E+03   N 96Lia !
   PARAMETER G(ZRO2_CUB,ZR:O,VA;1)  2.98150E+02  -352804.04+117.88667*T;   
  6.00000E+03   N 96Lia!


 PHASE ZRO2_MONO  %  2 1   2 !
    CONSTITUENT ZRO2_MONO  :ZR : O :  !

   PARAMETER G(ZRO2_MONO,ZR:O;0)  2.98150E+02  -1103376.9+247.58658*T
  -8.076129*T*LN(T)+GHSERZR#+2*GHSEROO#;   6.00000E+03   N 96Lia   !


 PHASE ZRO2_TETR  %  2 1   2 !
    CONSTITUENT ZRO2_TETR  :ZR : O :  !

   PARAMETER G(ZRO2_TETR,ZR:O;0)  2.98150E+02  -1036480.92-261.13659*T
  +59.015088*T*LN(T)-.017726352*T**2+GHSERZR#+2*GHSEROO#;   6.00000E+03   N 
  96Lia   !

 LIST_OF_REFERENCES
 NUMBER  SOURCE
 
  98Ssu    'SGTE substance database from 1998'
  96Lia    ' P Liang, H.L.Lukas, H.J.Seifert a. el. private comunication'
  91Din    'Alan Dinsdale, SGTE Data for Pure Elements, Calphad Vol 15(1991) 
            p 317-425, also NPL Report DMA(A)195 Rev. August 1990'
  91Fer    'A.Fernandez Guillermet, Z. Metallkde. Vol 82 (1991) p.478-487 
		Nb-Zr'
  99Dup    'N. Dupin I. Ansara, NB-O' 
 
  
  !