- THERMODYNAMICS AND PROCESS MODELLING GROUP - - NPL MATERIALS CENTRE - - NATIONAL PHYSICAL LABORATORY - Authorised for use by Dr H K D H Bhadeshia at University of Cambridge under the terms and conditions of NPL 79/199-3 ┌───────────────────────────────┐ │ VERSION 4.73 FOR LNX RH 7.3 │ │ 2002-11-15 │ └───────────────────────────────┘ ******************************* * USING DEFAULT MTCONFIG FILE * ******************************* 17 of 18 DATABASES ARE AVAILABLE WHICH MODULE ? access ACCESS OPTION ? def source all ! ACCESS OPTION ? def sys F^? F KEYWORD NOT RECOGNISED DEFINE WHAT ? stop ACCESS OPTION ? def ' REPLY CONTAINS SEPARATORS ONLY DEFINE WHAT ? stop ACCESS OPTION ? def sys 'Fe,C,N,Mn,Al,Ti' ! SEARCHING FOR SYSTEM Fe,C,N,Mn,Al,Ti SEARCHING DATABASE(S) : sgte_sol - SGTE Solution Database 3.01 - 19/7/93 plus - SGTE Solution Database plus 3.02 - 17/11/93 sub_sgte - SGTE Substance Database v10.0 - 9 May 2001 ni_1 - First Ni database from Thermotech. ni_2 - Second Ni database from Thermotech m23c6_p - Modified unaries to add pressure dependency to M23C6, use in conjonction with pl hcpa3_p - Modified unaries to add pressure dependency, use in conjonction with plus. cementite_Si - Data to allow Si to enter cementite substances_p - Modified pure substances data for NNb,NTi,CNb,CTi,C0.479Nb,C0.877Nb,C0.98Nb organic - SGTE Substance Database organic suppl. v10.0 - 9 May 2001 aqdata - Database for ideal aqueous species v1.20 - 20 September 2000 aqextras - Data for CONVENTIONAL aqueous electron - (use only in COPLOT) - 29/3/93 hotaq - Database for ideal aqueous system 'Fe,Cr,Ni,C,S,H,O,/-' - 26/3/93 mtdemo - MTDATA demonstration database version 2.1 beta - 21/9/1998 demo_1 - Test database - use only with macro 'testmt.mac' demo_2 - Test database - use only with macro 'testmt.mac' unary - SGTE Unary Database version v4.4 - 20 July 2001 ACCESS OPTION ? li sys p ! NUMBER PHASE STATUS MODEL 1 AL5FE4 NORMAL PURE SUBSTANCE 2 LIQUID NORMAL PURE SUBSTANCE 3 AL3NI2:.6:.4 NORMAL PURE SUBSTANCE 4 ALCU_THETA:.667:.333 NORMAL PURE SUBSTANCE 5 TI3AL:.75:.25 NORMAL PURE SUBSTANCE 6 TIAL:.5:.5 NORMAL PURE SUBSTANCE 7 AL2FE:.663:.337 NORMAL PURE SUBSTANCE 8 AL5FE2:.714:.286 NORMAL PURE SUBSTANCE 9 AL13FE4:.6275:.235:. NORMAL PURE SUBSTANCE 10 BCC_A2:1:3 NORMAL PURE SUBSTANCE 11 FCC_A1:1:1 NORMAL PURE SUBSTANCE 12 AL11MN4:11:4 NORMAL PURE SUBSTANCE 13 AL12MN:12:1 NORMAL PURE SUBSTANCE 14 AL4MN:4:1 NORMAL PURE SUBSTANCE 15 AL6MN:6:1 NORMAL PURE SUBSTANCE 16 AL8MN5_D810:12:4:10 NORMAL PURE SUBSTANCE 17 CBCC_A12:1:1 NORMAL PURE SUBSTANCE 18 CUB_A13:1:1 NORMAL PURE SUBSTANCE 19 HCP_A3:1:.5 NORMAL PURE SUBSTANCE 20 AL11TI5:.68:.32 NORMAL PURE SUBSTANCE 21 AL2TI:.667:.333 NORMAL PURE SUBSTANCE >>>>> Type return for more, Q to quit paging : 22 AL3M_DO22:.75:.25 NORMAL PURE SUBSTANCE 23 ALNI_B2:.5:.5 NORMAL PURE SUBSTANCE 24 DIAMOND_A4 NORMAL PURE SUBSTANCE 25 GRAPHITE NORMAL PURE SUBSTANCE 26 GAS NORMAL IDEAL GAS 27 CEMENTITE:3:1 NORMAL PURE SUBSTANCE 28 FE4N:4:1 NORMAL PURE SUBSTANCE 29 FECN_CHI:2.2:1 NORMAL PURE SUBSTANCE 30 KSI_CARBIDE:3:1 NORMAL PURE SUBSTANCE 31 M5C2:5:2 NORMAL PURE SUBSTANCE 32 M7C3:7:3 NORMAL PURE SUBSTANCE 33 V3C2:3:2 NORMAL PURE SUBSTANCE 34 M23C6:20:3:6 NORMAL PURE SUBSTANCE 35 FETI:1:1 NORMAL PURE SUBSTANCE 36 LAVES_PHASE:2:1 NORMAL PURE SUBSTANCE 37 MN4N:4:1 NORMAL PURE SUBSTANCE 38 MN6N4:6:4 NORMAL PURE SUBSTANCE 39 MN6N5:6:5 NORMAL PURE SUBSTANCE 40 TIMN2:1:2 NORMAL PURE SUBSTANCE 41 TIMN3:1:3 NORMAL PURE SUBSTANCE 42 TIMN4:1:4 NORMAL PURE SUBSTANCE 43 TIMN:1:1 NORMAL PURE SUBSTANCE 44 TI2N:2:1 NORMAL PURE SUBSTANCE >>>>> Type return for more, Q to quit paging : 45 BCT_A5 NORMAL PURE SUBSTANCE 46 M3C2:3:2 NORMAL PURE SUBSTANCE 47 TIMN NORMAL PURE SUBSTANCE 48 TIMN2 NORMAL PURE SUBSTANCE 49 TIMN3 NORMAL PURE SUBSTANCE 50 TIMN4 NORMAL PURE SUBSTANCE 51 Al NORMAL PURE SUBSTANCE 52 Al4C3 NORMAL PURE SUBSTANCE 53 AlN NORMAL PURE SUBSTANCE 54 AlTi NORMAL PURE SUBSTANCE 55 Al3Ti NORMAL PURE SUBSTANCE 56 C NORMAL PURE SUBSTANCE 57 DIAMOND NORMAL PURE SUBSTANCE 58 C60 NORMAL PURE SUBSTANCE 59 CFe3 NORMAL PURE SUBSTANCE 60 CMn3 NORMAL PURE SUBSTANCE 61 C2Mn5 NORMAL PURE SUBSTANCE 62 C3Mn7 NORMAL PURE SUBSTANCE 63 C6Mn23 NORMAL PURE SUBSTANCE 64 CTi NORMAL PURE SUBSTANCE 65 Fe NORMAL PURE SUBSTANCE 66 Fe2N NORMAL PURE SUBSTANCE 67 Fe4N NORMAL PURE SUBSTANCE >>>>> Type return for more, Q to quit paging : 68 FeTi NORMAL PURE SUBSTANCE 69 Fe2Ti NORMAL PURE SUBSTANCE 70 Mn NORMAL PURE SUBSTANCE 71 Mn4N NORMAL PURE SUBSTANCE 72 Mn5N2 NORMAL PURE SUBSTANCE 73 NTi NORMAL PURE SUBSTANCE 74 Ti NORMAL PURE SUBSTANCE 75 GAMMA_PRIME:.75:.25 NORMAL PURE SUBSTANCE 76 DELTA:3:1 NORMAL PURE SUBSTANCE 77 DELTA_PRIME:3:1 NORMAL PURE SUBSTANCE 78 ETA:.75:.25 NORMAL PURE SUBSTANCE 79 LAVES:2:1 NORMAL PURE SUBSTANCE 80 B2_BCC:.5:.5 NORMAL PURE SUBSTANCE 81 M3B:3:1 NORMAL PURE SUBSTANCE 82 SIGMA:10:20 NORMAL PURE SUBSTANCE 83 AL4C3 NORMAL PURE SUBSTANCE 84 ALN NORMAL PURE SUBSTANCE 85 C_1 NORMAL PURE SUBSTANCE 86 HCP_ZN:1:.5 NORMAL PURE SUBSTANCE 87 ORTHORHOMBIC_A20 NORMAL PURE SUBSTANCE 88 TETRAGONAL_U NORMAL PURE SUBSTANCE ACCESS OPTION ? ACCESS OPTION ? ACCESS OPTION ? ACCESS OPTION ? cl abs p(*) ! ACCESS OPTION ? cl normal p(10,11,27,64) ! ACCESS OPTION ? def output 'IF2.mpi' ! ACCESS OPTION ? save **************************************************** * FOR MISSING INTERACTION DATA SEE FILE misbin.dbl * **************************************************** ACCESS OPTION ? re WHICH MODULE ? multi MULTIPHASE OPTION ? def data 'IF2.mpi' ! Date and time of run 28-DEC-2009 18:58:11 * DATAFILE = /numerobis/users/hkdb/IF2.mpi - CREATED 18:57:50 28-DEC-2009 * SYSTEM = Fe,C,N,Mn,Al,Ti, * NUMBER OF PHASES = 4 * NUMBER OF SPECIES = 19 * ******************************** * UNASSESSED OR INCORRECT DATA * ******************************** ************************************* * WARNING/ERRORS HAVE BEEN DETECTED * ************************************* 2 Warnings: UNASSESSED DATA - Missing data for binary(s) 1 Warnings: UNASSESSED DATA - Missing data for unary(s) MULTIPHASE OPTION ? li sys co ! NUMBER COMPONENT STATUS AMOUNT DELTA REF.P 1 Fe NORMAL undefined 2 C NORMAL undefined 3 N NORMAL undefined 4 Mn NORMAL undefined 5 Al NORMAL undefined 6 Ti NORMAL undefined MULTIPHASE OPTION ? li sys p ! NUMBER PHASE STATUS MODEL 1 BCC_A2 ABSENT SUBLATTICE 2 FCC_A1 ABSENT SUBLATTICE 3 CEMENTITE ABSENT SUBLATTICE 4 CTi NORMAL PURE SUBSTANCE MULTIPHASE OPTION ? set w=100 ! MULTIPHASE OPTION ? set w(2)=0.006 w(3)=0 w(4)=0.183 w(5)=0.057 w(6)=0.065 ! MULTIPHASE OPTION ? step temp 673 1573 20 ! MULTIPHASE OPTION ? step temp 673 1573 20 ! MULTIPHASE OPTION ? comp pr br pr mole ! NUMBER OF STEPS = 46 673.000 *** MULTIPHASE - Stage 1* Results *** Temperature = 673.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -2.310287E+04 1.610366E-02 1.785038E+03 9.968900E+01 C -9.282142E+04 6.250029E-08 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -5.040774E+04 1.223829E-04 3.331028E+00 1.830000E-01 Al -1.473360E+05 3.671630E-12 2.112555E+00 5.700000E-02 Ti -1.145490E+05 1.286911E-09 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7913E+03 BCC_A2 0.9964822 0.0000000 0.0000000 9.9908E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7913E+03 BCC_A2 0.0018595 0.0011793 0.0004790 9.9908E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -4.1920625493E+07 J System Enthalpy = 1.9310411376E+07 J 693.000 *** MULTIPHASE - Stage 1* Results *** Temperature = 693.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -2.413486E+04 1.516663E-02 1.785038E+03 9.968900E+01 C -9.185356E+04 1.193284E-07 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -5.275028E+04 1.056978E-04 3.331028E+00 1.830000E-01 Al -1.490182E+05 5.862592E-12 2.112555E+00 5.700000E-02 Ti -1.167073E+05 1.597532E-09 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7913E+03 BCC_A2 0.9964822 0.0000000 0.0000000 9.9908E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7913E+03 BCC_A2 0.0018595 0.0011793 0.0004790 9.9908E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -4.3758446194E+07 J System Enthalpy = 2.0549891606E+07 J 713.000 *** MULTIPHASE - Stage 1* Results *** Temperature = 713.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -2.517582E+04 1.431057E-02 1.785038E+03 9.968900E+01 C -9.089687E+04 2.192957E-07 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -5.511784E+04 9.165343E-05 3.331028E+00 1.830000E-01 Al -1.507233E+05 9.083059E-12 2.112555E+00 5.700000E-02 Ti -1.188827E+05 1.953587E-09 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7913E+03 BCC_A2 0.9964822 0.0000000 0.0000000 9.9908E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7913E+03 BCC_A2 0.0018595 0.0011793 0.0004790 9.9908E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -4.5632402841E+07 J System Enthalpy = 2.1814744047E+07 J 733.000 *** MULTIPHASE - Stage 1* Results *** Temperature = 733.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -2.622872E+04 1.351918E-02 1.785038E+03 9.968900E+01 C -8.994739E+04 3.893861E-07 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -5.751408E+04 7.971995E-05 3.331028E+00 1.830000E-01 Al -1.524553E+05 1.368018E-11 2.112555E+00 5.700000E-02 Ti -1.210784E+05 2.355031E-09 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7913E+03 BCC_A2 0.9964822 0.0000000 0.0000000 9.9908E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7913E+03 BCC_A2 0.0018595 0.0011793 0.0004790 9.9908E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -4.7542211969E+07 J System Enthalpy = 2.3106325510E+07 J 753.000 *** MULTIPHASE - Stage 1* Results *** Temperature = 753.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -2.731049E+04 1.275129E-02 1.785038E+03 9.968900E+01 C -8.898857E+04 6.716348E-07 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -5.995529E+04 6.935595E-05 3.331028E+00 1.830000E-01 Al -1.542303E+05 2.002209E-11 2.112555E+00 5.700000E-02 Ti -1.233104E+05 2.794687E-09 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7913E+03 BCC_A2 0.9964822 0.0000000 0.0000000 9.9908E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7913E+03 BCC_A2 0.0018595 0.0011793 0.0004790 9.9908E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -4.9487644501E+07 J System Enthalpy = 2.4426135246E+07 J 773.000 *** MULTIPHASE - Stage 1* Results *** Temperature = 773.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -2.841274E+04 1.202508E-02 1.785038E+03 9.968900E+01 C -8.802683E+04 1.126761E-06 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -6.243506E+04 6.041216E-05 3.331028E+00 1.830000E-01 Al -1.560423E+05 2.856775E-11 2.112555E+00 5.700000E-02 Ti -1.255717E+05 3.272210E-09 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7913E+03 BCC_A2 0.9964822 0.0000000 0.0000000 9.9908E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7913E+03 BCC_A2 0.0018595 0.0011793 0.0004790 9.9908E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -5.1468525509E+07 J System Enthalpy = 2.5775839538E+07 J 793.000 *** MULTIPHASE - Stage 1* Results *** Temperature = 793.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -2.953313E+04 1.134258E-02 1.785038E+03 9.968900E+01 C -8.706198E+04 1.842475E-06 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -6.495284E+04 5.268494E-05 3.331028E+00 1.830000E-01 Al -1.578907E+05 3.981587E-11 2.112555E+00 5.700000E-02 Ti -1.278617E+05 3.784503E-09 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7913E+03 BCC_A2 0.9964822 0.0000000 0.0000000 9.9908E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7913E+03 BCC_A2 0.0018595 0.0011793 0.0004790 9.9908E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -5.3484734708E+07 J System Enthalpy = 2.7157302662E+07 J 813.000 *** MULTIPHASE - Stage 1* Results *** Temperature = 813.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -3.067336E+04 1.069817E-02 1.785038E+03 9.968900E+01 C -8.609022E+04 2.943793E-06 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -6.751183E+04 4.597534E-05 3.331028E+00 1.830000E-01 Al -1.597789E+05 5.427318E-11 2.112555E+00 5.700000E-02 Ti -1.301832E+05 4.325538E-09 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7913E+03 BCC_A2 0.9964822 0.0000000 0.0000000 9.9908E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7913E+03 BCC_A2 0.0018595 0.0011793 0.0004790 9.9908E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -5.5536207784E+07 J System Enthalpy = 2.8572625217E+07 J 833.000 *** MULTIPHASE - Stage 1* Results *** Temperature = 833.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -3.183424E+04 1.008862E-02 1.785038E+03 9.968900E+01 C -8.511343E+04 4.602107E-06 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -7.011353E+04 4.013527E-05 3.331028E+00 1.830000E-01 Al -1.617085E+05 7.245265E-11 2.112555E+00 5.700000E-02 Ti -1.325355E+05 4.890489E-09 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7913E+03 BCC_A2 0.9964822 0.0000000 0.0000000 9.9908E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7913E+03 BCC_A2 0.0018595 0.0011793 0.0004790 9.9908E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -5.7622938635E+07 J System Enthalpy = 3.0024191836E+07 J 853.000 *** MULTIPHASE - Stage 1* Results *** Temperature = 853.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -3.301454E+04 9.513920E-03 1.785038E+03 9.968900E+01 C -8.412425E+04 7.057726E-06 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -7.276036E+04 3.503730E-05 3.331028E+00 1.830000E-01 Al -1.636823E+05 9.482898E-11 2.112555E+00 5.700000E-02 Ti -1.349229E+05 5.470347E-09 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7913E+03 BCC_A2 0.9964822 0.0000000 0.0000000 9.9908E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7913E+03 BCC_A2 0.0018595 0.0011793 0.0004790 9.9908E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -5.9744982680E+07 J System Enthalpy = 3.1514730230E+07 J 873.000 *** MULTIPHASE - Stage 1* Results *** Temperature = 873.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -3.421395E+04 8.972462E-03 1.785038E+03 9.968900E+01 C -8.312842E+04 1.062336E-05 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -7.545264E+04 3.058575E-05 3.331028E+00 1.830000E-01 Al -1.657006E+05 1.218440E-10 2.112555E+00 5.700000E-02 Ti -1.373421E+05 6.061048E-09 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7913E+03 BCC_A2 0.9964822 0.0000000 0.0000000 9.9907E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7913E+03 BCC_A2 0.0018595 0.0011793 0.0004790 9.9907E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -6.1902461394E+07 J System Enthalpy = 3.3047384360E+07 J 893.000 *** MULTIPHASE - Stage 1* Results *** Temperature = 893.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -3.543348E+04 8.461091E-03 1.785038E+03 9.968900E+01 C -8.211695E+04 1.573326E-05 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -7.819533E+04 2.668096E-05 3.331028E+00 1.830000E-01 Al -1.677687E+05 1.537724E-10 2.112555E+00 5.700000E-02 Ti -1.397994E+05 6.650590E-09 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7913E+03 BCC_A2 0.9964822 0.0000000 0.0000000 9.9905E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7913E+03 BCC_A2 0.0018595 0.0011793 0.0004790 9.9905E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -6.4095568300E+07 J System Enthalpy = 3.4625804943E+07 J 913.000 *** MULTIPHASE - Stage 1* Results *** Temperature = 913.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -3.667271E+04 7.978666E-03 1.785038E+03 9.968900E+01 C -8.108910E+04 2.295303E-05 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -8.099094E+04 2.325174E-05 3.331028E+00 1.830000E-01 Al -1.698894E+05 1.907740E-10 2.112555E+00 5.700000E-02 Ti -1.422955E+05 7.230722E-09 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7913E+03 BCC_A2 0.9964821 0.0000000 0.0000000 9.9901E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7913E+03 BCC_A2 0.0018595 0.0011793 0.0004790 9.9901E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -6.6324576682E+07 J System Enthalpy = 3.6254261458E+07 J 933.000 *** MULTIPHASE - Stage 1* Results *** Temperature = 933.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -3.793222E+04 7.523019E-03 1.785038E+03 9.968900E+01 C -8.004197E+04 3.303002E-05 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -8.384364E+04 2.023369E-05 3.331028E+00 1.830000E-01 Al -1.720670E+05 2.327851E-10 2.112555E+00 5.700000E-02 Ti -1.448332E+05 7.791466E-09 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7913E+03 BCC_A2 0.9964821 0.0000000 0.0000000 9.9894E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7913E+03 BCC_A2 0.0018595 0.0011793 0.0004790 9.9894E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -6.8589849348E+07 J System Enthalpy = 3.7937780550E+07 J 953.000 *** MULTIPHASE - Stage 1* Results *** Temperature = 953.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -3.921209E+04 7.092679E-03 1.785038E+03 9.968900E+01 C -7.897187E+04 4.694637E-05 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -8.675807E+04 1.757298E-05 3.331028E+00 1.830000E-01 Al -1.743065E+05 2.794938E-10 2.112555E+00 5.700000E-02 Ti -1.474156E+05 8.322313E-09 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7913E+03 BCC_A2 0.9964820 0.0000001 0.0000000 9.9880E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7913E+03 BCC_A2 0.0018595 0.0011793 0.0004791 9.9880E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -7.0891850726E+07 J System Enthalpy = 3.9682296763E+07 J 973.000 *** MULTIPHASE - Stage 1* Results *** Temperature = 973.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -4.051260E+04 6.686084E-03 1.785038E+03 9.968900E+01 C -7.787487E+04 6.598755E-05 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -8.973986E+04 1.522359E-05 3.331028E+00 1.830000E-01 Al -1.766135E+05 3.302943E-10 2.112555E+00 5.700000E-02 Ti -1.500463E+05 8.812500E-09 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7913E+03 BCC_A2 0.9964819 0.0000002 0.0000000 9.9854E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7913E+03 BCC_A2 0.0018595 0.0011793 0.0004791 9.9854E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -7.3231161628E+07 J System Enthalpy = 4.1494883506E+07 J 993.000 *** MULTIPHASE - Stage 1* Results *** Temperature = 993.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -4.183383E+04 6.301974E-03 1.785038E+03 9.968900E+01 C -7.674603E+04 9.184194E-05 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -9.279567E+04 1.314637E-05 3.331028E+00 1.830000E-01 Al -1.789946E+05 3.842439E-10 2.112555E+00 5.700000E-02 Ti -1.527297E+05 9.250895E-09 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7913E+03 BCC_A2 0.9964816 0.0000003 0.0000000 9.9807E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7913E+03 BCC_A2 0.0018595 0.0011793 0.0004793 9.9807E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -7.5608498501E+07 J System Enthalpy = 4.3384035755E+07 J 1013.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1013.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -4.317725E+04 5.938152E-03 1.785038E+03 9.968900E+01 C -7.558047E+04 1.267196E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -9.593434E+04 1.130674E-05 3.331028E+00 1.830000E-01 Al -1.814589E+05 4.399809E-10 2.112555E+00 5.700000E-02 Ti -1.554707E+05 9.626369E-09 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7913E+03 BCC_A2 0.9964811 0.0000005 0.0000000 9.9722E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7913E+03 BCC_A2 0.0018595 0.0011793 0.0004795 9.9722E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -7.8024736658E+07 J System Enthalpy = 4.5359967076E+07 J 1033.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1033.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -4.454255E+04 5.593967E-03 1.785038E+03 9.968900E+01 C -7.437181E+04 1.735452E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -9.916534E+04 9.676885E-06 3.331028E+00 1.830000E-01 Al -1.840159E+05 4.957858E-10 2.112555E+00 5.700000E-02 Ti -1.582749E+05 9.928354E-09 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7913E+03 BCC_A2 0.9964803 0.0000009 0.0000000 9.9573E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7913E+03 BCC_A2 0.0018595 0.0011793 0.0004799 9.9573E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -8.0480938538E+07 J System Enthalpy = 4.7435004081E+07 J 1053.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1053.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -4.592999E+04 5.268356E-03 1.785038E+03 9.968900E+01 C -7.327559E+04 2.318546E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.022675E+05 8.454638E-06 3.331028E+00 1.830000E-01 Al -1.864380E+05 5.647707E-10 2.112555E+00 5.700000E-02 Ti -1.609866E+05 1.033650E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7913E+03 BCC_A2 0.9964789 0.0000016 0.0000000 9.9324E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7913E+03 BCC_A2 0.0018595 0.0011793 0.0004806 9.9324E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -8.2976451799E+07 J System Enthalpy = 4.9334520415E+07 J 1073.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1073.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -4.733711E+04 4.961851E-03 1.785038E+03 9.968900E+01 C -7.228764E+04 3.027326E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.052512E+05 7.523217E-06 3.331028E+00 1.830000E-01 Al -1.887359E+05 6.492231E-10 2.112555E+00 5.700000E-02 Ti -1.636096E+05 1.085261E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7913E+03 BCC_A2 0.9964767 0.0000028 0.0000000 9.8923E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7913E+03 BCC_A2 0.0018595 0.0011793 0.0004817 9.8923E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -8.5506012606E+07 J System Enthalpy = 5.1072455114E+07 J 1093.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1093.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -4.876209E+04 4.674240E-03 1.785038E+03 9.968900E+01 C -7.136309E+04 3.887166E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.081878E+05 6.758008E-06 3.331028E+00 1.830000E-01 Al -1.909824E+05 7.467062E-10 2.112555E+00 5.700000E-02 Ti -1.661884E+05 1.142961E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7914E+03 BCC_A2 0.9964732 0.0000045 0.0000000 9.8288E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7914E+03 BCC_A2 0.0018595 0.0011793 0.0004835 9.8288E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -8.8067271709E+07 J System Enthalpy = 5.2738531577E+07 J 1113.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1113.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -5.020456E+04 4.404430E-03 1.785038E+03 9.968900E+01 C -7.049818E+04 4.914798E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.110936E+05 6.114400E-06 3.331028E+00 1.830000E-01 Al -1.931930E+05 8.578534E-10 2.112555E+00 5.700000E-02 Ti -1.687268E+05 1.206742E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7914E+03 BCC_A2 0.9964677 0.0000073 0.0000000 9.7306E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7914E+03 BCC_A2 0.0018595 0.0011793 0.0004862 9.7306E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -9.0658501329E+07 J System Enthalpy = 5.4350147092E+07 J 1133.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1133.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -5.166205E+04 4.152288E-03 1.785038E+03 9.968900E+01 C -6.969755E+04 6.120945E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.139698E+05 5.569137E-06 3.331028E+00 1.830000E-01 Al -1.953727E+05 9.839381E-10 2.112555E+00 5.700000E-02 Ti -1.712190E+05 1.277905E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7914E+03 BCC_A2 0.9964595 0.0000114 0.0000000 9.5822E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7914E+03 BCC_A2 0.0018595 0.0011793 0.0004904 9.5822E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -9.3278301674E+07 J System Enthalpy = 5.5919805570E+07 J 1153.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1153.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -5.313461E+04 3.916432E-03 1.785038E+03 9.968900E+01 C -6.896686E+04 7.510287E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.168270E+05 5.099060E-06 3.331028E+00 1.830000E-01 Al -1.975307E+05 1.125759E-09 2.112555E+00 5.700000E-02 Ti -1.736594E+05 1.357895E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7914E+03 BCC_A2 0.9964473 0.0000175 0.0000000 9.3631E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7914E+03 BCC_A2 0.0018595 0.0011793 0.0004965 9.3631E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -9.5925512802E+07 J System Enthalpy = 5.7456771709E+07 J 1173.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1173.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -5.462260E+04 3.695496E-03 1.785038E+03 9.968900E+01 C -6.830828E+04 9.083507E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.196787E+05 4.685371E-06 3.331028E+00 1.830000E-01 Al -1.996809E+05 1.283139E-09 2.112555E+00 5.700000E-02 Ti -1.760446E+05 1.448066E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7914E+03 BCC_A2 0.9964297 0.0000263 0.0000000 9.0476E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7914E+03 BCC_A2 0.0018594 0.0011793 0.0005053 9.0476E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -9.8599155684E+07 J System Enthalpy = 5.8968123250E+07 J 1193.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1193.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -5.613683E+04 3.484588E-03 1.785038E+03 9.968900E+01 C -7.841017E+04 3.689385E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.274638E+05 2.625610E-06 3.331028E+00 1.830000E-01 Al -1.974489E+05 2.264960E-09 2.112555E+00 5.700000E-02 Ti -1.676907E+05 4.549556E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7921E+03 FCC_A1 0.9960776 0.0002030 0.0000000 2.7147E-01 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7921E+03 FCC_A1 0.0018588 0.0011788 0.0006818 2.7147E-01 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -1.0131491130E+08 J System Enthalpy = 6.2158100137E+07 J 1213.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1213.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -5.766224E+04 3.288447E-03 1.785038E+03 9.968900E+01 C -7.837481E+04 4.217754E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.300538E+05 2.510259E-06 3.331028E+00 1.830000E-01 Al -1.995868E+05 2.544134E-09 2.112555E+00 5.700000E-02 Ti -1.694900E+05 5.029739E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 FCC_A1 0.9959720 0.0002560 0.0000000 8.1506E-02 CTi 0.0000000 0.5000000 0.0000000 Mn Al Ti 1.7923E+03 FCC_A1 0.0018586 0.0011787 0.0007347 8.1506E-02 CTi 0.0000000 0.0000000 0.5000000 Gibbs Energy = -1.0406577449E+08 J System Enthalpy = 6.3398422328E+07 J 1233.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1233.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -5.921225E+04 3.101727E-03 1.785038E+03 9.968900E+01 C -7.977644E+04 4.172990E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.326536E+05 2.401168E-06 3.331028E+00 1.830000E-01 Al -2.017181E+05 2.848768E-09 2.112555E+00 5.700000E-02 Ti -1.717245E+05 5.312181E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 FCC_A1 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 FCC_A1 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.0683709929E+08 J System Enthalpy = 6.4634899063E+07 J 1253.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1253.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -6.076594E+04 2.930043E-03 1.785038E+03 9.968900E+01 C -8.204020E+04 3.802088E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.352675E+05 2.296972E-06 3.331028E+00 1.830000E-01 Al -2.038778E+05 3.169747E-09 2.112555E+00 5.700000E-02 Ti -1.742773E+05 5.432108E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 FCC_A1 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 FCC_A1 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.0962843306E+08 J System Enthalpy = 6.5870001825E+07 J 1273.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1273.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -6.233074E+04 2.769908E-03 1.785038E+03 9.968900E+01 C -8.431125E+04 3.471907E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.378941E+05 2.197735E-06 3.331028E+00 1.830000E-01 Al -2.060477E+05 3.511689E-09 2.112555E+00 5.700000E-02 Ti -1.768416E+05 5.544913E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 FCC_A1 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 FCC_A1 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.1243953067E+08 J System Enthalpy = 6.7111237251E+07 J 1293.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1293.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -6.390640E+04 2.620433E-03 1.785038E+03 9.968900E+01 C -8.658957E+04 3.177174E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.405331E+05 2.103223E-06 3.331028E+00 1.830000E-01 Al -2.082276E+05 3.874608E-09 2.112555E+00 5.700000E-02 Ti -1.794169E+05 5.650602E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 FCC_A1 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 FCC_A1 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.1527017799E+08 J System Enthalpy = 6.8358610359E+07 J 1313.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1313.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -6.549285E+04 2.480764E-03 1.785038E+03 9.968900E+01 C -8.887505E+04 2.913419E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.431844E+05 2.013192E-06 3.331028E+00 1.830000E-01 Al -2.104174E+05 4.258399E-09 2.112555E+00 5.700000E-02 Ti -1.820033E+05 5.749166E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 FCC_A1 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 FCC_A1 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.1812016759E+08 J System Enthalpy = 6.9612126459E+07 J 1333.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1333.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -6.708996E+04 2.350142E-03 1.785038E+03 9.968900E+01 C -9.116761E+04 2.676804E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.458480E+05 1.927417E-06 3.331028E+00 1.830000E-01 Al -2.126168E+05 4.662885E-09 2.112555E+00 5.700000E-02 Ti -1.846007E+05 5.840647E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 FCC_A1 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 FCC_A1 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.2098929843E+08 J System Enthalpy = 7.0871791149E+07 J 1353.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1353.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -6.869769E+04 2.227856E-03 1.785038E+03 9.968900E+01 C -9.346713E+04 2.464047E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.485238E+05 1.845678E-06 3.331028E+00 1.830000E-01 Al -2.148258E+05 5.087782E-09 2.112555E+00 5.700000E-02 Ti -1.872089E+05 5.925081E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 FCC_A1 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 FCC_A1 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.2387737561E+08 J System Enthalpy = 7.2137610279E+07 J 1373.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1373.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -7.031585E+04 2.113292E-03 1.785038E+03 9.968900E+01 C -9.577359E+04 2.272300E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.512116E+05 1.767777E-06 3.331028E+00 1.830000E-01 Al -2.170442E+05 5.532759E-09 2.112555E+00 5.700000E-02 Ti -1.898279E+05 6.002574E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 FCC_A1 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 FCC_A1 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.2678421008E+08 J System Enthalpy = 7.3409589931E+07 J 1393.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1393.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -7.194439E+04 2.005863E-03 1.785038E+03 9.968900E+01 C -9.808687E+04 2.099116E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.539113E+05 1.693517E-06 3.331028E+00 1.830000E-01 Al -2.192719E+05 5.997386E-09 2.112555E+00 5.700000E-02 Ti -1.924576E+05 6.073218E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 FCC_A1 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 FCC_A1 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.2970961836E+08 J System Enthalpy = 7.4687736406E+07 J 1413.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1413.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -7.358317E+04 1.905046E-03 1.785038E+03 9.968900E+01 C -1.004069E+05 1.942371E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.566228E+05 1.622716E-06 3.331028E+00 1.830000E-01 Al -2.215087E+05 6.481171E-09 2.112555E+00 5.700000E-02 Ti -1.950978E+05 6.137136E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 FCC_A1 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 FCC_A1 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.3265342236E+08 J System Enthalpy = 7.5972056214E+07 J 1433.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1433.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -7.523214E+04 1.810355E-03 1.785038E+03 9.968900E+01 C -1.027336E+05 1.800219E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.593460E+05 1.555199E-06 3.331028E+00 1.830000E-01 Al -2.237545E+05 6.983553E-09 2.112555E+00 5.700000E-02 Ti -1.977485E+05 6.194462E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 FCC_A1 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 FCC_A1 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.3561544911E+08 J System Enthalpy = 7.7262556098E+07 J 1453.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1453.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -7.689115E+04 1.721355E-03 1.785038E+03 9.968900E+01 C -1.050670E+05 1.671050E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.620808E+05 1.490801E-06 3.331028E+00 1.830000E-01 Al -2.260091E+05 7.503921E-09 2.112555E+00 5.700000E-02 Ti -2.004095E+05 6.245353E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 FCC_A1 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 FCC_A1 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.3859553058E+08 J System Enthalpy = 7.8559242902E+07 J 1473.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1473.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -7.856018E+04 1.637632E-03 1.785038E+03 9.968900E+01 C -1.074068E+05 1.553461E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.648272E+05 1.429364E-06 3.331028E+00 1.830000E-01 Al -2.282725E+05 8.041587E-09 2.112555E+00 5.700000E-02 Ti -2.030809E+05 6.289959E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 FCC_A1 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 FCC_A1 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.4159350345E+08 J System Enthalpy = 7.9862123719E+07 J 1493.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1493.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -8.023908E+04 1.558825E-03 1.785038E+03 9.968900E+01 C -1.097531E+05 1.446219E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.675851E+05 1.370742E-06 3.331028E+00 1.830000E-01 Al -2.305445E+05 8.595846E-09 2.112555E+00 5.700000E-02 Ti -2.057626E+05 6.328463E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 FCC_A1 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 FCC_A1 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.4460920893E+08 J System Enthalpy = 8.1171205749E+07 J 1513.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1513.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -8.192779E+04 1.484587E-03 1.785038E+03 9.968900E+01 C -1.121058E+05 1.348243E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.703543E+05 1.314793E-06 3.331028E+00 1.830000E-01 Al -2.328251E+05 9.165925E-09 2.112555E+00 5.700000E-02 Ti -2.084543E+05 6.361041E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 FCC_A1 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 FCC_A1 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.4764249259E+08 J System Enthalpy = 8.2486496357E+07 J 1533.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1533.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -8.362622E+04 1.414607E-03 1.785038E+03 9.968900E+01 C -1.144649E+05 1.258583E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.731347E+05 1.261382E-06 3.331028E+00 1.830000E-01 Al -2.351140E+05 9.751022E-09 2.112555E+00 5.700000E-02 Ti -2.111562E+05 6.387879E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 FCC_A1 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 FCC_A1 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.5069320424E+08 J System Enthalpy = 8.3808010186E+07 J 1553.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1553.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -8.533429E+04 1.348596E-03 1.785038E+03 9.968900E+01 C -1.168302E+05 1.176399E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.759264E+05 1.210381E-06 3.331028E+00 1.830000E-01 Al -2.374112E+05 1.035031E-08 2.112555E+00 5.700000E-02 Ti -2.138680E+05 6.409172E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 FCC_A1 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 FCC_A1 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.5376119780E+08 J System Enthalpy = 8.5135772447E+07 J 1573.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1573.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -8.705193E+04 1.286287E-03 1.785038E+03 9.968900E+01 C -1.192017E+05 1.100951E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.787294E+05 1.161659E-06 3.331028E+00 1.830000E-01 Al -2.397166E+05 1.096290E-08 2.112555E+00 5.700000E-02 Ti -2.165898E+05 6.425109E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 FCC_A1 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 FCC_A1 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.5684633124E+08 J System Enthalpy = 8.6469786723E+07 J Temperature = 1593.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -8.876300E+04 1.228925E-03 1.785038E+03 9.968900E+01 C -1.215753E+05 1.031891E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.815717E+05 1.112744E-06 3.331028E+00 1.830000E-01 Al -2.420341E+05 1.158445E-08 2.112555E+00 5.700000E-02 Ti -2.193254E+05 6.433955E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 FCC_A1 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 FCC_A1 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.5994846613E+08 J System Enthalpy = 8.7810056072E+07 J 1613.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1613.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -9.051486E+04 1.171879E-03 1.785038E+03 9.968900E+01 C -1.239628E+05 9.677175E-05 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.843704E+05 1.070499E-06 3.331028E+00 1.830000E-01 Al -2.443518E+05 1.222435E-08 2.112555E+00 5.700000E-02 Ti -2.220630E+05 6.441640E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 FCC_A1 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 FCC_A1 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.6306746757E+08 J System Enthalpy = 8.9156584356E+07 J 1633.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1633.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -9.225770E+04 1.119528E-03 1.785038E+03 9.968900E+01 C -1.263517E+05 9.088672E-05 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.872099E+05 1.027740E-06 3.331028E+00 1.830000E-01 Al -2.466843E+05 1.286850E-08 2.112555E+00 5.700000E-02 Ti -2.248149E+05 6.442361E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 FCC_A1 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 FCC_A1 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.6620320405E+08 J System Enthalpy = 9.0509376125E+07 J 1653.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1653.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -9.401603E+04 1.069492E-03 1.785038E+03 9.968900E+01 C -1.287481E+05 8.544259E-05 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.900540E+05 9.873322E-07 3.331028E+00 1.830000E-01 Al -2.490185E+05 1.352810E-08 2.112555E+00 5.700000E-02 Ti -2.275750E+05 6.439221E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 FCC_A1 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 FCC_A1 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.6935554735E+08 J System Enthalpy = 9.1868436475E+07 J 1673.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1673.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -9.578343E+04 1.022143E-03 1.785038E+03 9.968900E+01 C -1.192868E+05 1.886715E-04 4.995421E-01 6.000000E-03 N undef undef 2.000000E-12 2.801340E-14 Mn -1.918634E+05 1.022741E-06 3.331028E+00 1.830000E-01 Al -2.530025E+05 1.261598E-08 2.112555E+00 5.700000E-02 Ti -2.348288E+05 4.659367E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7700E+03 BCC_A2 0.9959290 0.0002740 0.0000000 2.2293E+01 FCC_A1 0.9957432 0.0006524 0.0000000 Mn Al Ti 1.7700E+03 BCC_A2 0.0018566 0.0011804 0.0007600 2.2293E+01 FCC_A1 0.0020086 0.0010442 0.0005516 Gibbs Energy = -1.7252900189E+08 J System Enthalpy = 9.4718970372E+07 J 1693.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1693.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -9.756693E+04 9.768189E-04 1.785038E+03 9.968900E+01 C -1.220804E+05 1.712031E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.948386E+05 9.744031E-07 3.331028E+00 1.830000E-01 Al -2.552090E+05 1.337084E-08 2.112555E+00 5.700000E-02 Ti -2.374613E+05 4.717594E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 BCC_A2 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 BCC_A2 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.7573267974E+08 J System Enthalpy = 9.6185638434E+07 J 1713.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1713.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -9.936111E+04 9.337925E-04 1.785038E+03 9.968900E+01 C -1.251166E+05 1.530753E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -1.978400E+05 9.276860E-07 3.331028E+00 1.830000E-01 Al -2.574049E+05 1.416218E-08 2.112555E+00 5.700000E-02 Ti -2.400547E+05 4.788280E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 BCC_A2 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 BCC_A2 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.7895348458E+08 J System Enthalpy = 9.7637776669E+07 J 1733.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1733.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -1.011651E+05 8.929799E-04 1.785038E+03 9.968900E+01 C -1.281583E+05 1.371690E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -2.008529E+05 8.835093E-07 3.331028E+00 1.830000E-01 Al -2.596067E+05 1.497436E-08 2.112555E+00 5.700000E-02 Ti -2.426558E+05 4.855746E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 BCC_A2 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 BCC_A2 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.8219127342E+08 J System Enthalpy = 9.9094976413E+07 J 1753.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1753.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -1.029756E+05 8.544459E-04 1.785038E+03 9.968900E+01 C -1.312079E+05 1.231570E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -2.038641E+05 8.424735E-07 3.331028E+00 1.830000E-01 Al -2.618076E+05 1.581400E-08 2.112555E+00 5.700000E-02 Ti -2.452572E+05 4.922494E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 BCC_A2 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 BCC_A2 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.8544590954E+08 J System Enthalpy = 1.0055739130E+08 J 1773.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1773.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -1.047971E+05 8.177756E-04 1.785038E+03 9.968900E+01 C -1.342618E+05 1.108130E-04 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -2.068912E+05 8.033382E-07 3.331028E+00 1.830000E-01 Al -2.640181E+05 1.666923E-08 2.112555E+00 5.700000E-02 Ti -2.478696E+05 4.984929E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 BCC_A2 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 BCC_A2 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.8871726105E+08 J System Enthalpy = 1.0202516356E+08 J 1793.00 *** MULTIPHASE - Stage 1* Results *** Temperature = 1793.0000 K Fixed pressure = 1.013250E+05 Pa, 1.000000E+00 atm Component Ref.Phase Chem.Pot. Activity Amount/mol Mass/kg Fe -1.066279E+05 7.829549E-04 1.785038E+03 9.968900E+01 C -1.373212E+05 9.990447E-05 4.995421E-01 6.000000E-03 N undef undef 1.000000E-12 1.400670E-14 Mn -2.099279E+05 7.663423E-07 3.331028E+00 1.830000E-01 Al -2.662346E+05 1.754312E-08 2.112555E+00 5.700000E-02 Ti -2.504891E+05 5.044308E-08 1.357561E+00 6.500000E-02 Total 1.792338E+03 1.000000E+02 Amount Phase Mole fraction of component within phase compnt moles Fe C N 1.7923E+03 BCC_A2 0.9959267 0.0002787 0.0000000 Mn Al Ti 1.7923E+03 BCC_A2 0.0018585 0.0011787 0.0007574 Gibbs Energy = -1.9200520057E+08 J System Enthalpy = 1.0349842503E+08 J