
$  dgporef ej entrad, fler ställen gs_p2o5 occurs but which one??
$  menar jag dgforef?
$
$ updated for sulphur in slag 14-aug-1991 Bo Sundman
$ updated for P+5, add. sulphides and flourides 14-oct-1993 M Selleby
$ 
$ saknas i FE_LIQUID: F MG 
$
$ ELEMENT  STABLE ELEMENT REFERENCE MASS       H298-H0    S298 !
 ELEMENT VA   VACUUM                    0.0000E+00  0.0000E+00  0.0000E+00!
 ELEMENT AG   FCC_A1                    1.0787E+02  5.7446E+03  4.2551E+01!
 ELEMENT AL   FCC_A1                    2.6982E+01  4.5773E+03  2.8322E+01!
 ELEMENT AR   1_MOLE_AR1(G)             3.9948E+01  0.0000E+00  3.6982E+01!
 ELEMENT B    BETA_RHOMBO_B             1.0811E+01  1.2220E+03  5.9000E+00!
 ELEMENT C    GRAPHITE                  1.2011E+01  1.0540E+03  5.7400E+00!
 ELEMENT CA   FCC_A1                    4.0078E+01  6.1965E+03  4.1589E+01!
 ELEMENT CO   HCP_A3                    5.8933E+01  0.0000E+00  0.0000E+00!
 ELEMENT CR   BCC_A2                    5.1996E+01  4.0500E+03  2.3560E+01!
 ELEMENT CU   FCC_A1                    6.3546E+01  5.0041E+03  3.3150E+01!
 ELEMENT F    1/2_MOLE_F2(G)            1.8998E+01  4.4125E+03  1.0134E+02!
 ELEMENT FE   BCC_A2                    5.5847E+01  4.4890E+03  2.7280E+01!
 ELEMENT H    1/2_MOLE_H2(G)            1.0079E+00  4.2340E+03  6.5285E+01!
 ELEMENT MG   HCP_A3                    2.4305E+01  4.9980E+03  3.2671E+01!
 ELEMENT MN   CBCC_A12                  5.4938E+01  4.9960E+03  3.2008E+01!
 ELEMENT MO   BCC_A2                    9.5940E+01  4.5890E+03  2.8560E+01!
 ELEMENT N    1/2_MOLE_N2(G)            1.4007E+01  4.3350E+03  9.5751E+01!
 ELEMENT NA   BCC_A2                    2.2990E+01  6.4475E+03  5.1447E+01!
 ELEMENT NB   BCC_A2                    9.2906E+01  5.2200E+03  3.6270E+01!
 ELEMENT NI   FCC_A1                    5.8690E+01  4.7870E+03  2.9796E+01!
 ELEMENT O    1/2_MOLE_O2(G)            1.5999E+01  4.3410E+03  1.0252E+02!
 ELEMENT P    WHITE                     3.0974E+01  0.0000E+00  0.0000E+00!
 ELEMENT PB   FCC_A1                    2.0720E+02  6.8785E+03  6.4785E+01!
 ELEMENT S    FC_ORTHORHOMBIC           3.2066E+01  0.0000E+00  0.0000E+00!
 ELEMENT SI   DIAMOND_A4                2.8085E+01  3.2175E+03  1.8820E+01!
 ELEMENT SN   BCT_A5                    1.1871E+02  6.3220E+03  5.1195E+01!
 ELEMENT TI   HCP_A3                    4.7880E+01  4.8100E+03  3.0648E+01!
 ELEMENT U    ORTHORHOMBIC(A20)         2.3803E+02  0.0000E+00  0.0000E+00!
 ELEMENT V    BCC_A2                    5.0941E+01  4.5070E+03  3.0890E+01!
 ELEMENT W    BCC_A2                    1.8385E+02  4.9700E+03  3.2620E+01!
 ELEMENT ZR   HCP_A3                    9.1224E+01  5.5663E+03  3.9181E+01!
$
$ KAPOOR FROHBERG MODEL ASSESSED BY IRSID
$ ENTERED 860710 BO SUNDMAN, AMENDED FOR SER REFERENCE STATE 86-9-14
$
$ CHARGE ORDER: P+5 SI+4 (PO)+3 CR+3 AL+3 FE+3 CR+2 FE+2 MN+2 MG+2 CA+2 NA+1
$ NOTE THAT TO MAKE THE SPECIES HAVE THIS ORDER REQUIRED BY THE MODEL
$
$ The name of component oxides are A0_kk_C00Cii_uv_text
$ where kk is anion number
$ and ii the cation number
$ and u and v are stoichiometries. Text is the normal formula
$ THE COMPONENT SPECIES HAVE NAMES STARTING WITH A0x WHERE x IS A
$ NUMBER FROM 1 TO 7.
$
$ COMPONENT OXIDES:
$
SPECIES A0_01_C00C02_25_P2O5 P2O5!
SPECIES A0_01_C00C04_12_SIO2 SIO2!
SPECIES A0_01_C00C06_23_P2O2O3 P2O5!
SPECIES A0_01_C00C07_23_CR2O3 CR2O3! 
SPECIES A0_01_C00C08_23_AL2O3 AL2O3!
SPECIES A0_01_C00C10_23_FE2O3 FE2O3!
SPECIES A0_01_C00C14_11_CRO CRO! 
SPECIES A0_01_C00C16_11_FEO FEO!
SPECIES A0_01_C00C22_11_MNO MNO!
SPECIES A0_01_C00C24_11_MGO MGO!
SPECIES A0_01_C00C27_11_CAO CAO!
SPECIES A0_01_C00C30_21_NA2O NA2O!
$
$ COMPONENT SULPHIDES:
$
SPECIES A0_02_C00C04_12_SIS2 SIS2!
SPECIES A0_02_C00C07_23_CR2S3 CR2S3!
SPECIES A0_02_C00C08_23_AL2S3 AL2S3!
SPECIES A0_02_C00C10_23_FE2S3 FE2S3!
SPECIES A0_02_C00C14_11_CRS CRS!
SPECIES A0_02_C00C16_11_FES FES!
SPECIES A0_02_C00C22_11_MNS MNS!
SPECIES A0_02_C00C24_11_MGS MGS!
SPECIES A0_02_C00C27_11_CAS CAS!
$
$ COMPONENT FLOURIDES:
$
SPECIES A0_03_C00C04_12_SIF4 SIF4!
SPECIES A0_03_C00C08_23_AL2F6 AL2F6!
SPECIES A0_03_C00C10_23_FE2F6 FE2F6!
SPECIES A0_03_C00C16_11_FEF2 FEF2!
SPECIES A0_03_C00C22_11_MNF2 MNF2!
SPECIES A0_03_C00C24_11_MGF2 MGF2!
SPECIES A0_03_C00C27_11_CAF2 CAF2!
$
SPECIES SIO2 SIO2!
SPECIES P2O5 P2O5!
SPECIES CR2O3 CR2O3!
SPECIES AL2O3 AL2O3!
SPECIES FE2O3 FE2O3!
SPECIES CRO CRO!
SPECIES FEO FEO!
SPECIES MNO MNO!
SPECIES MGO MGO!
SPECIES CAO CAO!
SPECIES NA2O NA2O!
$
SPECIES SIS2 SIS2!
SPECIES CR2S3 CR2S3!
SPECIES AL2S3 AL2S3!
SPECIES FE2S3 FE2S3!
SPECIES CRS CRS!
SPECIES FES FES!
SPECIES MNS MNS!
SPECIES MGS MGS!
SPECIES CAS CAS!
$
SPECIES SIF4 SIF4!
SPECIES AL2F6 AL2F6!
SPECIES FE2F6 FE2F6!
SPECIES FEF2 FEF2!
SPECIES MNF2 MNF2!
SPECIES MGF2 MGF2!
SPECIES CAF2 CAF2!
$
$ POSTULATED SPECIES IN SLAG
$ NOTE THAT THEY ARE COMBINATIONS OF TWO COMPONENT SPECIES WITH THE
$ SAME AMOUNT OF ANIONS FROM BOTH COMPONENT SPECIES
$ The names of the postulated species are A0_kk_CiiCjj_text
$ where kk is anion number
$ ii is first cation number and jj is second.
$ THE AMOUNT OF THE COMPONENT SPECIES IN THE POSTULATED SPECIES ARE
$ NORMALIZED IN SUCH A WAY THAT THE POSTULATED SPECIES HAVE EQUAL
$ AMOUNT OF ANION (O,S,F) FROM BOTH COMPONENT SPECIES.
$
$ POSTULATED OXIDE COMPOUNDS (CELLS)
$
SPECIES A0_01_C02C04_PSI P4O10SI5O10!
SPECIES A0_01_C02C06_PP P6O15P10O25!
SPECIES A0_01_C02C08_PAL P6O15AL10O15!
SPECIES A0_01_C02C10_PFE P6O15FE10O15!
SPECIES A0_01_C02C16_PFE P2O5FE5O5!
SPECIES A0_01_C02C22_PMN P2O5MN5O5!
SPECIES A0_01_C02C27_PCA P2O5CA5O5!
SPECIES A0_01_C02C30_PNA NA10O5P2O5!
$
SPECIES A0_01_C04C06_SIP P4O10SI3O6!
SPECIES A0_01_C04C07_SICR CR4O6SI3O6! 
SPECIES A0_01_C04C08_SIAL AL4O6SI3O6!
SPECIES A0_01_C04C10_SIFE FE4O6SI3O6!
SPECIES A0_01_C04C14_SICR CR2O2SIO2!
SPECIES A0_01_C04C16_SIFE FE2O2SIO2!
SPECIES A0_01_C04C22_SIMN MN2O2SIO2!
SPECIES A0_01_C04C24_SIMG MG2O2SIO2!
SPECIES A0_01_C04C27_SICA CA2O2SIO2!
SPECIES A0_01_C04C30_SINA NA4O2SIO2!   
$
SPECIES A0_01_C06C08_PAL P2O5AL2O3!
SPECIES A0_01_C06C10_PFE FE2O3P2O5!   
SPECIES A0_01_C06C16_PFE FE3O3P2O5!   
SPECIES A0_01_C06C22_PMN P2O5MN3O3!
SPECIES A0_01_C06C24_PMG MG3O3P2O5!   
SPECIES A0_01_C06C27_PCA CA3O3P2O5!   
SPECIES A0_01_C06C30_PNA NA6O3P2O5!   
$
SPECIES A0_01_C07C08_CRAL AL2O3CR2O3! 
SPECIES A0_01_C07C10_CRFE FE2O3CR2O3! 
SPECIES A0_01_C07C14_CRCR CR3O3CR2O3! 
SPECIES A0_01_C07C16_CRFE FE3O3CR2O3! 
SPECIES A0_01_C07C22_CRMN MN3O3CR2O3! 
SPECIES A0_01_C07C24_CRMG MG3O3CR2O3! 
SPECIES A0_01_C07C27_CRCA CA3O3CR2O3! 
$
SPECIES A0_01_C08C10_ALFE AL2O3FE2O3! &
SPECIES A0_01_C08C14_ALCR AL2O3CR3O3!
SPECIES A0_01_C08C16_ALFE AL2O3FE3O3!
SPECIES A0_01_C08C22_ALMN AL2O3MN3O3!
SPECIES A0_01_C08C24_ALMG AL2O3MG3O3!
SPECIES A0_01_C08C27_ALCA AL2O3CA3O3!
$
SPECIES A0_01_C10C14_FECR FE2O3CR3O3!
SPECIES A0_01_C10C16_FEFE FE2O3FE3O3!
SPECIES A0_01_C10C22_FEMN FE2O3MN3O3!
SPECIES A0_01_C10C24_FEMG FE2O3MG3O3! &
SPECIES A0_01_C10C27_FECA FE2O3CA3O3!
$
SPECIES A0_01_C14C16_CRFE CRO1FEO! 
SPECIES A0_01_C14C22_CRMN CRO1MNO!
SPECIES A0_01_C14C24_CRMG CRO1MGO! 
SPECIES A0_01_C14C27_CRCA CRO1CAO! 
$
SPECIES A0_01_C16C22_FEMN FEO1MNO!
SPECIES A0_01_C16C24_FEMG FEO1MGO! &
SPECIES A0_01_C16C27_FECA FEO1CAO!
$
SPECIES A0_01_C22C24_MNMG MNO1MGO! &
SPECIES A0_01_C22C27_MNCA MNO1CAO!
$
SPECIES A0_01_C24C27_MGCA MGO1CAO!
$
$ POSTULATED SULPHIDE COMPOUNDS (CELLS)
$
SPECIES A0_02_C04C07_SICR SI3S6CR4S6!
SPECIES A0_02_C04C08_SIAL SI3S6AL4S6!
SPECIES A0_02_C04C10_SIFE SI3S6FE4S6!
SPECIES A0_02_C04C14_SICR SIS2CR2S2!
SPECIES A0_02_C04C16_SIFE SIS2FE2S2!
SPECIES A0_02_C04C22_SIMN SIS2MN2S2!
SPECIES A0_02_C04C24_SIMG SIS2MG2S2!
SPECIES A0_02_C04C27_SICA SIS2CA2S2!
$
SPECIES A0_02_C07C08_CRAL CR2S3AL2S3!
SPECIES A0_02_C07C10_CRFE CR2S3FE2S3!
SPECIES A0_02_C07C14_CRCR CR2S3CR3S3!
SPECIES A0_02_C07C16_CRFE CR2S3FE3S3!
SPECIES A0_02_C07C24_CRMG CR2S3MG3S3!
SPECIES A0_02_C07C27_CRCA CR2S3CA3S3!
$
SPECIES A0_02_C08C10_ALFE AL2S3FE2S3!
SPECIES A0_02_C08C14_ALCR AL2S3CR3S3!
SPECIES A0_02_C08C16_ALFE AL2S3FE3S3!
SPECIES A0_02_C08C22_ALMN AL2S3MN3S3!
SPECIES A0_02_C08C24_ALMG AL2S3MG3S3!
SPECIES A0_02_C08C27_ALCA AL2S3CA3S3!
$
SPECIES A0_02_C10C14_FECR FE2S3CR3S3!
SPECIES A0_02_C10C16_FEFE FE2S3FE3S3!
SPECIES A0_02_C10C22_FEMN FE2S3MN3S3!
SPECIES A0_02_C10C24_FEMG FE2S3MG3S3!
SPECIES A0_02_C10C27_FECA FE2S3CA3S3!
$
SPECIES A0_02_C14C16_CRFE CRS1FES!
SPECIES A0_02_C14C24_CRMG CRS1MGS!
SPECIES A0_02_C14C27_CRCA CRS1CAS!
$
SPECIES A0_02_C16C22_FEMN FES1MNS!
SPECIES A0_02_C16C24_FEMG FES1MGS!
SPECIES A0_02_C16C27_FECA FES1CAS!
$
SPECIES A0_02_C22C24_MNMG MNS1MGS!
SPECIES A0_02_C22C27_MNCA MNS1CAS!
$
SPECIES A0_02_C24C27_MGCA MGS1CAS!
$
$ POSTULATED FLOURIDE COMPOUNDS (CELLS)
$
SPECIES A0_03_C04C27_SICA SIF4CA2F4!
SPECIES A0_03_C08C27_ALCA AL2F6CA3F6!
SPECIES A0_03_C10C27_FECA FE2F6CA3F6!
SPECIES A0_03_C16C27_FECA FEF2CAF2!
SPECIES A0_03_C22C27_MNCA MNF2CAF2!
SPECIES A0_03_C24C27_MGCA MGF2CAF2!
$
$ species for solids and gas
$
SPECIES C1O1                                   C1O1!
SPECIES C1O2                                   C1O2!
SPECIES N2                                     N2!
SPECIES O2                                     O2!
SPECIES O2S1                                   O2S1!
SPECIES O3S1                                   O3S1!
SPECIES S2                                     S2!
$
SPECIES ALF3                                   AL1F3!
SPECIES CRF2                                   CR1F2!
SPECIES CRF3                                   CR1F3!
SPECIES NAF                                    NA1F1!
SPECIES FEF3                                   FE1F3!
SPECIES NA2S                                   NA2S1!
SPECIES P2S5                                   P2S5!
$
$PHASE NAME:TYPE MARKCODE #SUBL SITES IN EACH SUBL. !

PHASE GAS:G F  1  1.0  !
 CONST GAS:G :AR,C1O1,C1O2,N2,O2,O2S1,O3S1,S2:!
PHASE FE_LIQUID:L # 1 1.0 !
 CONST FE_LIQUID:L :AG AL B C CA CO CR CU FE% H MN MO N NB NI O P PB 
 S SI SN TI U V W ZR: !
PHASE SLAG:L #G 1 1.!
 CONST SLAG:L : 
 A0_01_C00C02_25_P2O5 A0_01_C00C04_12_SIO2 A0_01_C00C06_23_P2O2O3 
 A0_01_C00C07_23_CR2O3 A0_01_C00C08_23_AL2O3 A0_01_C00C10_23_FE2O3 
 A0_01_C00C14_11_CRO A0_01_C00C16_11_FEO A0_01_C00C22_11_MNO 
 A0_01_C00C24_11_MGO A0_01_C00C27_11_CAO A0_01_C00C30_21_NA2O 
 A0_02_C00C04_12_SIS2 A0_02_C00C07_23_CR2S3 A0_02_C00C08_23_AL2S3 
 A0_02_C00C10_23_FE2S3 A0_02_C00C14_11_CRS A0_02_C00C16_11_FES 
 A0_02_C00C22_11_MNS A0_02_C00C24_11_MGS A0_02_C00C27_11_CAS 
 A0_03_C00C04_12_SIF4 A0_03_C00C08_23_AL2F6 A0_03_C00C10_23_FE2F6 
 A0_03_C00C16_11_FEF2 A0_03_C00C22_11_MNF2 A0_03_C00C24_11_MGF2 
 A0_03_C00C27_11_CAF2 A0_01_C02C04_PSI A0_01_C02C06_PP 
 A0_01_C02C08_PAL A0_01_C02C10_PFE A0_01_C02C16_PFE 
 A0_01_C02C22_PMN A0_01_C02C27_PCA A0_01_C02C30_PNA A0_01_C04C06_SIP 
 A0_01_C04C07_SICR A0_01_C04C08_SIAL A0_01_C04C10_SIFE 
 A0_01_C04C14_SICR A0_01_C04C16_SIFE A0_01_C04C22_SIMN 
 A0_01_C04C24_SIMG A0_01_C04C27_SICA A0_01_C04C30_SINA 
 A0_01_C06C08_PAL A0_01_C06C10_PFE A0_01_C06C16_PFE 
 A0_01_C06C22_PMN A0_01_C06C24_PMG A0_01_C06C27_PCA 
 A0_01_C06C30_PNA A0_01_C07C08_CRAL A0_01_C07C10_CRFE 
 A0_01_C07C14_CRCR A0_01_C07C16_CRFE A0_01_C07C22_CRMN 
 A0_01_C07C24_CRMG A0_01_C07C27_CRCA A0_01_C08C10_ALFE :!
ADD_CONST SLAG:L :
 A0_01_C08C14_ALCR A0_01_C08C16_ALFE A0_01_C08C22_ALMN 
 A0_01_C08C24_ALMG A0_01_C08C27_ALCA A0_01_C10C14_FECR 
 A0_01_C10C16_FEFE A0_01_C10C22_FEMN A0_01_C10C24_FEMG 
 A0_01_C10C27_FECA A0_01_C14C16_CRFE A0_01_C14C22_CRMN 
 A0_01_C14C24_CRMG A0_01_C14C27_CRCA A0_01_C16C22_FEMN 
 A0_01_C16C24_FEMG A0_01_C16C27_FECA A0_01_C22C24_MNMG 
 A0_01_C22C27_MNCA A0_01_C24C27_MGCA A0_02_C04C07_SICR 
 A0_02_C04C08_SIAL A0_02_C04C10_SIFE A0_02_C04C14_SICR 
 A0_02_C04C16_SIFE A0_02_C04C22_SIMN A0_02_C04C24_SIMG 
 A0_02_C04C27_SICA A0_02_C07C08_CRAL A0_02_C07C10_CRFE 
 A0_02_C07C14_CRCR A0_02_C07C16_CRFE A0_02_C07C24_CRMG 
 A0_02_C07C27_CRCA A0_02_C08C10_ALFE A0_02_C08C14_ALCR 
 A0_02_C08C16_ALFE A0_02_C08C22_ALMN A0_02_C08C24_ALMG 
 A0_02_C08C27_ALCA A0_02_C10C14_FECR A0_02_C10C16_FEFE 
 A0_02_C10C22_FEMN A0_02_C10C24_FEMG A0_02_C10C27_FECA 
 A0_02_C14C16_CRFE A0_02_C14C24_CRMG A0_02_C14C27_CRCA 
 A0_02_C16C22_FEMN A0_02_C16C24_FEMG A0_02_C16C27_FECA 
 A0_02_C22C24_MNMG A0_02_C22C27_MNCA A0_02_C24C27_MGCA 
 A0_03_C04C27_SICA A0_03_C08C27_ALCA A0_03_C10C27_FECA 
 A0_03_C16C27_FECA A0_03_C22C27_MNCA A0_03_C24C27_MGCA :!
$
$ CONDENSED OXIDES
$
PHASE P2O5  #  1  1.0  !
 CONST P2O5  :P2O5 :  !
PHASE SIO2 # 1 1.!
 CONST SIO2 :SIO2:!
PHASE CR2O3 # 1 1.!
 CONST CR2O3 :CR2O3:!
PHASE AL2O3 # 1 1.!
 CONST AL2O3 :AL2O3:!
PHASE FE2O3 # 1 1.!
 CONST FE2O3 :FE2O3:!
PHASE CAO # 1 1.!
 CONST CAO :CAO:!
PHASE WUSTITE # 1 1. !
 CONST WUSTITE :FEO:!
PHASE FEOLIQ # 1 1.!
 CONST FEOLIQ :FEO:!
PHASE MGO # 1 1.!
 CONST MGO :MGO:!
PHASE MNO # 1 1.!
 CONST MNO :MNO:!
PHASE NA2O # 1 1.!
 CONST NA2O :NA2O:!
$
$ CONDENSED DOUBLE-OXIDES
$
PHASE CAO_SIO2 # 2 1. 1.!
 CONST CAO_SIO2 :CAO:SIO2:!
PHASE CA3O3_SI2O4 # 2 3. 2.!
 CONST CA3O3_SI2O4 :CAO:SIO2:!
PHASE CA2O2_SIO2 # 2 2. 1.!
 CONST CA2O2_SIO2 :CAO:SIO2:!
PHASE CA3O3_SIO2 # 2 3. 1.!
 CONST CA3O3_SIO2 :CAO:SIO2:!
PHASE FE2O2_SIO2 # 2 2. 1.!
 CONST FE2O2_SIO2 :FEO:SIO2:!
PHASE MGO_SIO2 # 2 1. 1.!
 CONST MGO_SIO2 :MGO:SIO2:!
PHASE MG2O2_SIO2 # 2 2. 1.!
 CONST MG2O2_SIO2 :MGO:SIO2:!
PHASE MNO_SIO2 # 2 1. 1.!
 CONST MNO_SIO2 :MNO:SIO2:!
PHASE MN2O2_SIO2 # 2 2. 1.!
 CONST MN2O2_SIO2 :MNO:SIO2:!
PHASE CA3O3_AL2O3 # 2 3. 1.!
 CONST CA3O3_AL2O3 :CAO:AL2O3:!
PHASE CAO_AL2O3 # 2 1. 1.!
 CONST CAO_AL2O3 :CAO:AL2O3:!
PHASE CAO_AL4O6 # 2 1. 2.!
 CONST CAO_AL4O6 :CAO:AL2O3:!
PHASE CAO_AL12O18 # 2 1. 6.!
 CONST CAO_AL12O18 :CAO:AL2O3:!
PHASE FEO_AL2O3 # 2 1. 1.!
 CONST FEO_AL2O3 :FEO:AL2O3:!
PHASE MGO_AL2O3 # 2 1. 1.!
 CONST MGO_AL2O3 :MGO:AL2O3:!
PHASE MNO_AL2O3 # 2 1. 1.!
 CONST MNO_AL2O3 :MNO:AL2O3:!
PHASE SI2O4_AL6O9 # 2 2. 3.!
 CONST SI2O4_AL6O9 :SIO2:AL2O3:!
PHASE CA2O2_SIO2_AL2O3 # 3 2. 1. 1.!
 CONST CA2O2_SIO2_AL2O3 :CAO:SIO2:AL2O3:!
PHASE CAO_SI2O4_AL2O3 # 3 1. 2. 1.!
 CONST CAO_SI2O4_AL2O3 :CAO:SIO2:AL2O3:!
PHASE CAO_MGO_SI2O4 # 3 1. 1. 2.!
 CONST CAO_MGO_SI2O4 :CAO:MGO:SIO2:!
PHASE CAO_MGO_SIO2 # 3 1. 1. 1.!
 CONST CAO_MGO_SIO2 :CAO:MGO:SIO2:!
PHASE CA2O2_MGO_SI2O4 # 3 2. 1. 2.!
 CONST CA2O2_MGO_SI2O4 :CAO:MGO:SIO2:!
PHASE CA3O3_MGO_SI2O4 # 3 3. 1. 2.!
 CONST CA3O3_MGO_SI2O4 :CAO:MGO:SIO2:!
PHASE CA2O2_P2O5 # 2 2. 1.!
 CONST CA2O2_P2O5 :CAO:P2O5:!
PHASE CA3O3_P2O5 # 2 3. 1.!
 CONST CA3O3_P2O5 :CAO:P2O5:!
PHASE CA4O4_P2O5 # 2 4. 1.!
 CONST CA4O4_P2O5 :CAO:P2O5:!
PHASE NA4O2_SIO2 # 2 2. 1.!
 CONST NA4O2_SIO2 :NA2O:SIO2:!
PHASE NA2O_SIO2 # 2 1. 1.!
 CONST NA2O_SIO2 :NA2O:SIO2:!
PHASE NA2O_SI2O4 # 2 1. 2.!
 CONST NA2O_SI2O4 :NA2O:SIO2:!
PHASE NA2O_P2O5 # 2 1. 1.!
 CONST NA2O_P2O5 :NA2O:P2O5:!
PHASE NA4O2_P2O5 # 2 2. 1.!
 CONST NA4O2_P2O5 :NA2O:P2O5:!
PHASE NA6O3_P2O5 # 2 3. 1.!
 CONST NA6O3_P2O5 :NA2O:P2O5:!
$
$ CONDENSED SULPHIDES
$
PHASE AL2S3  #  1  1.0  !
 CONST AL2S3  :AL2S3 :  !
PHASE CAS  F  1  1.0  !
 CONST CAS  :CAS :  !
PHASE CRS  #  1  1.0  !
 CONST CRS  :CRS :  !
PHASE FES  #  1  1.0  !
 CONST FES  :FES :  !
PHASE MGS  #  1  1.0  !
 CONST MGS  :MGS :  !
PHASE MNS  #  1  1.0  !
 CONST MNS  :MNS :  !
PHASE NA2S  #  1  1.0  !
 CONST NA2S  :NA2S :  !
PHASE P2S5  #  1  1.0  !
 CONST P2S5  :P2S5 :  !
PHASE SIS2  #  1  1.0  !
 CONST SIS2  :SIS2 :  !
$
$ CONDENSED FLOURIDES
$
PHASE ALF3  #  1  1.0  !
 CONST ALF3  :ALF3 :  !
PHASE CAF2  #  1  1.0  !
 CONST CAF2  :CAF2 :  !
PHASE CRF2  #  1  1.0  !
 CONST CRF2  :CRF2 :  !
PHASE CRF3  #  1  1.0  !
 CONST CRF3  :CRF3 :  !
PHASE NAF  #  1  1.0  !
 CONST NAF  :NAF :  !
PHASE FEF2  #  1  1.0  !
 CONST FEF2  :FEF2 :  !
PHASE MGF2  #  1  1.0  !
 CONST MGF2  :MGF2 :  !
PHASE MNF2  #  1  1.0  !
 CONST MNF2  :MNF2 :  !
PHASE FEF3  #  1  1.0  !
 CONST FEF3  :FEF3 :  !
$
$
PHASE GRAPHITE  F  1  1.0  !
 CONST GRAPHITE  :C :  !
$
DEFAULT_COMMAND DEF_SYS_ELEMENT FE O!
DEFINE_SYSTEM_DEFAULT ELEMENT 2 !
$
$ TYPE-DEFINITION % RND1 TC_DATA/irsid/irsid_fun.tdb !
$ TYPE-DEFINITION # SEQ TC_DATA/irsid/irsid_para.TDB !
 TYPE-DEFINITION % RND1 tcpath\DATA\SLAG\irsid_fu.tdb !
 TYPE-DEFINITION # SEQ  tcpath\DATA\SLAG\irsid_pa.tdb !
$
$ THIS COMMAND SETS THE MODEL BIT!
TYPE_DEF G GES AMEND_PHASE_DESCRIPTION SLAG STAT 04208000,!
$
$
DATABASE_INFO Data for liquid slag phase and solid oxides with'
Al2O3, CaO, FeO, Fe2O3, MgO, MnO and SiO2'
assessed by IRSID using the Kapoor-Frohberg slag model'
extended by H. Gaye et. al. to multicomponent system.''
Reference: PCM RE. 1064, CECA No 7210 - CF/301, Mars 1984'
'
Data for dilute solution of some elements in liquid FE'
Parameters from Sigworth-Elliot modified with a quadratic term to'
become a consistent thermodynamic model (and also improve the'
agreement with experimental data)'
'
The following dilute components are included'
 AG AL B C CA CO CR CU H MN MO N NB NI O P PB S SI SN TI U V W ZR'
'
Data are evaluated at infinite dilution and the recommended'
limit of any component is 0.1 %.'
In some cases data can be used at much higher concentrations'
but the user must carefully check each such case.' !
$

