▒ VLE FOR CHLOROFORM + N-HEPTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.205
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -417.31
A21 477.45
B12 89109.63
B21 -61945.4
C12 0
C21 0
유효온도범위 298.15 ~ 370.75
압력불확도(%) 0.139
기상조정불확도(%) 0.638
▒ VLE FOR CHLOROFORM + N-HEPTANE의 참조표준 기본정보  
성분1
성분명 CHLOROFORM
Formula CHCl3
CAS No. 67-66-3
w 119.378
Tc(K) 536.4
Pc(kPa) 5470
Vc(m3/kmol) 0.239
DM(Debye) 1.1
성분2
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
▒ VLE FOR CHLOROFORM + N-HEPTANE의 참조표준 세부정보  
성분1
성분명 CHLOROFORM
Formula CHCl3
CAS No. 67-66-3
w 119.378
Tc(K) 536.4
Pc(kPa) 5470
Vc(m3/kmol) 0.239
DM(Debye) 1.1
Qi 2.41
Ri 2.87
Zra 0.275
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -6.95546
증기압 B 1.16625
증기압 C -2.1397
증기압 D -3.44421
증기압 T1 215
증기압 T2 536
성분2
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
Qi 4.396
Ri 5.1742
Zra 0.2604
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.67468
증기압 B 1.37068
증기압 C -3.5362
증기압 D -3.20243
증기압 T1 240
증기압 T2 540
▒ VLE FOR CHLOROFORM + N-HEPTANE의 참조표준 문서자료  
  • [저널정보] T.G. BISSELL, A.G. WILLIAMSON / J.CHEM.THERMODYN. / 7 / / 131 ( 1975)
  • [저널정보] M.M. ABBOTT, H.C. VAN NESS / AICHE J. / 21 / / 62 ( 1975)
  • [저널정보] B. LOISELEUR, P. CLECHET, J.C. MERLIN / BULL.SOC.CHIM.FR. / 11 / / 4390 ( 1968)


▒ VLE FOR CARBON TETRACHLORIDE + N-DECANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.204
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 182.87
A21 -116.34
B12 0
B21 0
C12 0
C21 0
유효온도범위 313.15 ~ 313.15
압력불확도(%) 0
기상조정불확도(%) 0.355
▒ VLE FOR CARBON TETRACHLORIDE + N-DECANE의 참조표준 기본정보  
성분1
성분명 CARBON TETRACHLORIDE
Formula CCl4
CAS No. 56-23-5
w 153.823
Tc(K) 556.6
Pc(kPa) 4516
Vc(m3/kmol) 0.276
DM(Debye) 0
성분2
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
▒ VLE FOR CARBON TETRACHLORIDE + N-DECANE의 참조표준 세부정보  
성분1
성분명 CARBON TETRACHLORIDE
Formula CCl4
CAS No. 56-23-5
w 153.823
Tc(K) 556.6
Pc(kPa) 4516
Vc(m3/kmol) 0.276
DM(Debye) 0
Qi 2.91
Ri 3.39
Zra 0.2722
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.07139
증기압 B 1.71497
증기압 C -2.8993
증기압 D -2.49466
증기압 T1 250
증기압 T2 556
성분2
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
Qi 6.016
Ri 7.1974
Zra 0.2507
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -8.5638908
증기압 B 1.9716087
증기압 C -5.7787082
증기압 D -0.6038971
증기압 T1 280
증기압 T2 617.7
▒ VLE FOR CARBON TETRACHLORIDE + N-DECANE의 참조표준 문서자료  
  • [저널정보] M. GORAL, S. ZAWADZKI / FLUID PHASE EQUILIB. / 90 / / 355 ( 1993)
  • [저널정보] M.M. ABBOTT, H.C. VAN NESS / AICHE J. / 21 / / 62 ( 1975)
  • [저널정보] B. LOISELEUR, P. CLECHET, J.C. MERLIN / BULL.SOC.CHIM.FR. / 11 / / 4390 ( 1968)


▒ VLE FOR CARBON TETRACHLORIDE + N-NONANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.203
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 171.38
A21 -106.29
B12 0
B21 0
C12 0
C21 0
유효온도범위 313.15 ~ 313.15
압력불확도(%) 0
기상조정불확도(%) 0.385
▒ VLE FOR CARBON TETRACHLORIDE + N-NONANE의 참조표준 기본정보  
성분1
성분명 CARBON TETRACHLORIDE
Formula CCl4
CAS No. 56-23-5
w 153.823
Tc(K) 556.6
Pc(kPa) 4516
Vc(m3/kmol) 0.276
DM(Debye) 0
성분2
성분명 N-NONANE
Formula C9H20
CAS No. 111-84-2
w 128.257
Tc(K) 594.6
Pc(kPa) 2290
Vc(m3/kmol) 0.555
DM(Debye) 1.6
▒ VLE FOR CARBON TETRACHLORIDE + N-NONANE의 참조표준 세부정보  
성분1
성분명 CARBON TETRACHLORIDE
Formula CCl4
CAS No. 56-23-5
w 153.823
Tc(K) 556.6
Pc(kPa) 4516
Vc(m3/kmol) 0.276
DM(Debye) 0
Qi 2.91
Ri 3.39
Zra 0.2722
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.07139
증기압 B 1.71497
증기압 C -2.8993
증기압 D -2.49466
증기압 T1 250
증기압 T2 556
성분2
성분명 N-NONANE
Formula C9H20
CAS No. 111-84-2
w 128.257
Tc(K) 594.6
Pc(kPa) 2290
Vc(m3/kmol) 0.555
DM(Debye) 1.6
Qi 5.476
Ri 6.523
Zra 0.2543
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -8.2562987
증기압 B 1.6858818
증기압 C -4.7169404
증기압 D -2.8881112
증기압 T1 280
증기압 T2 452.15
▒ VLE FOR CARBON TETRACHLORIDE + N-NONANE의 참조표준 문서자료  
  • [저널정보] M. GORAL, S. ZAWADZKI / FLUID PHASE EQUILIB. / 90 / / 355 ( 1993)
  • [저널정보] M.M. ABBOTT, H.C. VAN NESS / AICHE J. / 21 / / 62 ( 1975)
  • [저널정보] B. LOISELEUR, P. CLECHET, J.C. MERLIN / BULL.SOC.CHIM.FR. / 11 / / 4390 ( 1968)


▒ VLE FOR CARBON TETRACHLORIDE + N-OCTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.202
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 198.1
A21 -116.02
B12 -5304.96
B21 911.14
C12 0
C21 0
유효온도범위 298.15 ~ 328.15
압력불확도(%) 0
기상조정불확도(%) 0.829
▒ VLE FOR CARBON TETRACHLORIDE + N-OCTANE의 참조표준 기본정보  
성분1
성분명 CARBON TETRACHLORIDE
Formula CCl4
CAS No. 56-23-5
w 153.823
Tc(K) 556.6
Pc(kPa) 4516
Vc(m3/kmol) 0.276
DM(Debye) 0
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
▒ VLE FOR CARBON TETRACHLORIDE + N-OCTANE의 참조표준 세부정보  
성분1
성분명 CARBON TETRACHLORIDE
Formula CCl4
CAS No. 56-23-5
w 153.823
Tc(K) 556.6
Pc(kPa) 4516
Vc(m3/kmol) 0.276
DM(Debye) 0
Qi 2.91
Ri 3.39
Zra 0.2722
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.07139
증기압 B 1.71497
증기압 C -2.8993
증기압 D -2.49466
증기압 T1 250
증기압 T2 556
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
Qi 4.936
Ri 5.8486
Zra 0.2571
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.91211
증기압 B 1.38007
증기압 C -3.80435
증기압 D -4.50132
증기압 T1 260
증기압 T2 568.7
▒ VLE FOR CARBON TETRACHLORIDE + N-OCTANE의 참조표준 문서자료  
  • [저널정보] D.V.S. JAIN, V.K. GUPTA , B.S. LARK, / INDIAN J.CHEM. / 9 / / 465 ( 1971)
  • [저널정보] M. GORAL, S. ZAWADZKI / FLUID PHASE EQUILIB. / 90 / / 355 ( 1993)
  • [저널정보] B. LOISELEUR, P. CLECHET, J.C. MERLIN / BULL.SOC.CHIM.FR. / 11 / / 4390 ( 1968)


▒ VLE FOR CARBON TETRACHLORIDE + N-HEPTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.201
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 200.48
A21 -117.65
B12 -1697.93
B21 -1214.06
C12 0
C21 0
유효온도범위 298.15 ~ 328.15
압력불확도(%) 0
기상조정불확도(%) 1.455
▒ VLE FOR CARBON TETRACHLORIDE + N-HEPTANE의 참조표준 기본정보  
성분1
성분명 CARBON TETRACHLORIDE
Formula CCl4
CAS No. 56-23-5
w 153.823
Tc(K) 556.6
Pc(kPa) 4516
Vc(m3/kmol) 0.276
DM(Debye) 0
성분2
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
▒ VLE FOR CARBON TETRACHLORIDE + N-HEPTANE의 참조표준 세부정보  
성분1
성분명 CARBON TETRACHLORIDE
Formula CCl4
CAS No. 56-23-5
w 153.823
Tc(K) 556.6
Pc(kPa) 4516
Vc(m3/kmol) 0.276
DM(Debye) 0
Qi 2.91
Ri 3.39
Zra 0.2722
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.07139
증기압 B 1.71497
증기압 C -2.8993
증기압 D -2.49466
증기압 T1 250
증기압 T2 556
성분2
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
Qi 4.396
Ri 5.1742
Zra 0.2604
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.67468
증기압 B 1.37068
증기압 C -3.5362
증기압 D -3.20243
증기압 T1 240
증기압 T2 540
▒ VLE FOR CARBON TETRACHLORIDE + N-HEPTANE의 참조표준 문서자료  
  • [저널정보] T.G. BISSELL, A.G. WILLIAMSON / J.CHEM.THERMODYN. / 7 / / 131 ( 1975)
  • [저널정보] C.P. SMYTH , E.W. ENGEL / J.AM.CHEM.SOC. / 51 / / 2646 ( 1929)
  • [저널정보] D.V.S. JAIN, V.K. GUPTA , B.S. LARK / INDIAN J.CHEM. / 9 / / 465 ( 1971)
  • [저널정보] M. GORAL, S. ZAWADZKI / FLUID PHASE EQUILIB. / 90 / / 355 ( 1993)


▒ VLE FOR PHENOL + WATER의 참조표준  
참조표준 번호 KSRD.01.2008.001.200
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -792.47
A21 1092.26
B12 71212.23
B21 52141.69
C12 0
C21 0
유효온도범위 348.15 ~ 363.15
압력불확도(%) 0
기상조정불확도(%) 0.965
▒ VLE FOR PHENOL + WATER의 참조표준 기본정보  
성분1
성분명 PHENOL
Formula C6H6O
CAS No. 108-95-2
w 94.1128
Tc(K) 694.2
Pc(kPa) 6130
Vc(m3/kmol) 0.229
DM(Debye) 1.6
성분2
성분명 WATER
Formula H2O
CAS No. 7732-18-5
w 18.0152
Tc(K) 647.14
Pc(kPa) 2.21E+04
Vc(m3/kmol) 0.056
DM(Debye) 1.8
▒ VLE FOR PHENOL + WATER의 참조표준 세부정보  
성분1
성분명 PHENOL
Formula C6H6O
CAS No. 108-95-2
w 94.1128
Tc(K) 694.2
Pc(kPa) 6130
Vc(m3/kmol) 0.229
DM(Debye) 1.6
Qi 2.68
Ri 3.5517
Zra 0.278
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -9.0893645
증기압 B 3.484351
증기압 C -6.1242379
증기압 D -7.047709
증기압 T1 336.15
증기압 T2 526.15
성분2
성분명 WATER
Formula H2O
CAS No. 7732-18-5
w 18.0152
Tc(K) 647.14
Pc(kPa) 2.21E+04
Vc(m3/kmol) 0.056
DM(Debye) 1.8
Qi 1.4
Ri 0.92
Zra 0.2372
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.76451
증기압 B 1.45838
증기압 C -2.7758
증기압 D -1.23303
증기압 T1 275
증기압 T2 647
▒ VLE FOR PHENOL + WATER의 참조표준 문서자료  
  • [저널정보] F.A.H. SCHREINEMAKERS / Z.PHYS.CHEM. / 35 / / 459 ( 1900)
  • [저널정보] J.B. FERGUSON, W.S. FUNNEL / TRANS.ROY.SOC.CANADA, SECTION III / 18 / / 122 ( 1924)
  • [저널정보] D.V.S. JAIN, V.K. GUPTA , B.S. LARK / INDIAN J.CHEM. / 9 / / 465 ( 1971)
  • [저널정보] M. GORAL, S. ZAWADZKI / FLUID PHASE EQUILIB. / 90 / / 355 ( 1993)


▒ VLE FOR PHENOL + TOLUENE의 참조표준  
참조표준 번호 KSRD.01.2008.001.199
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 211.39
A21 11.75
B12 0
B21 0
C12 0
C21 0
유효온도범위 383.65 ~ 445.85
압력불확도(%) 0.31
기상조정불확도(%) 0
▒ VLE FOR PHENOL + TOLUENE의 참조표준 기본정보  
성분1
성분명 PHENOL
Formula C6H6O
CAS No. 108-95-2
w 94.1128
Tc(K) 694.2
Pc(kPa) 6130
Vc(m3/kmol) 0.229
DM(Debye) 1.6
성분2
성분명 TOLUENE
Formula C7H8
CAS No. 108-88-3
w 92.1402
Tc(K) 591.75
Pc(kPa) 4108
Vc(m3/kmol) 0.316
DM(Debye) 0.4
▒ VLE FOR PHENOL + TOLUENE의 참조표준 세부정보  
성분1
성분명 PHENOL
Formula C6H6O
CAS No. 108-95-2
w 94.1128
Tc(K) 694.2
Pc(kPa) 6130
Vc(m3/kmol) 0.229
DM(Debye) 1.6
Qi 2.68
Ri 3.5517
Zra 0.278
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -9.0893645
증기압 B 3.484351
증기압 C -6.1242379
증기압 D -7.047709
증기압 T1 336.15
증기압 T2 526.15
성분2
성분명 TOLUENE
Formula C7H8
CAS No. 108-88-3
w 92.1402
Tc(K) 591.75
Pc(kPa) 4108
Vc(m3/kmol) 0.316
DM(Debye) 0.4
Qi 2.968
Ri 3.9228
Zra 0.2644
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.28607
증기압 B 1.38091
증기압 C -2.83433
증기압 D -2.79168
증기압 T1 309
증기압 T2 591.75
▒ VLE FOR PHENOL + TOLUENE의 참조표준 문서자료  
  • [저널정보] H.G. DRICKAMER, G.G. BROWN , R.R. WHITE / TRANS.AM.INST.CHEM.ENG. / 41 / / 555 ( 1945)
  • [저널정보] J.B. FERGUSON, W.S. FUNNEL / TRANS.ROY.SOC.CANADA, SECTION III / 18 / / 122 ( 1924)
  • [저널정보] D.V.S. JAIN, V.K. GUPTA , B.S. LARK / INDIAN J.CHEM. / 9 / / 465 ( 1971)
  • [저널정보] M. GORAL, S. ZAWADZKI / FLUID PHASE EQUILIB. / 90 / / 355 ( 1993)


▒ VLE FOR PHENOL + BENZENE의 참조표준  
참조표준 번호 KSRD.01.2008.001.198
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 846.87
A21 -137.98
B12 -335744.99
B21 193289.43
C12 0
C21 0
유효온도범위 343.15 ~ 353.15
압력불확도(%) 0
기상조정불확도(%) 1.542
▒ VLE FOR PHENOL + BENZENE의 참조표준 기본정보  
성분1
성분명 PHENOL
Formula C6H6O
CAS No. 108-95-2
w 94.1128
Tc(K) 694.2
Pc(kPa) 6130
Vc(m3/kmol) 0.229
DM(Debye) 1.6
성분2
성분명 BENZENE
Formula C6H6
CAS No. 71-43-2
w 78.1134
Tc(K) 562.05
Pc(kPa) 4895
Vc(m3/kmol) 0.256
DM(Debye) 0
▒ VLE FOR PHENOL + BENZENE의 참조표준 세부정보  
성분1
성분명 PHENOL
Formula C6H6O
CAS No. 108-95-2
w 94.1128
Tc(K) 694.2
Pc(kPa) 6130
Vc(m3/kmol) 0.229
DM(Debye) 1.6
Qi 2.68
Ri 3.5517
Zra 0.278
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -9.0893645
증기압 B 3.484351
증기압 C -6.1242379
증기압 D -7.047709
증기압 T1 336.15
증기압 T2 526.15
성분2
성분명 BENZENE
Formula C6H6
CAS No. 71-43-2
w 78.1134
Tc(K) 562.05
Pc(kPa) 4895
Vc(m3/kmol) 0.256
DM(Debye) 0
Qi 2.4
Ri 3.1878
Zra 0.2698
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -6.98273
증기압 B 1.33213
증기압 C -2.62863
증기압 D -3.33399
증기압 T1 288
증기압 T2 562
▒ VLE FOR PHENOL + BENZENE의 참조표준 문서자료  
  • [저널정보] A.R. MARTIN, C.M. GEORGE / J.CHEM.SOC.LONDON / 1933 / / 1413 ( )
  • [저널정보] J. GMEHLING / J.CHEM.ENG.DATA / 27 / / 371 ( 1982)
  • [저널정보] D.V.S. JAIN, V.K. GUPTA , B.S. LARK / INDIAN J.CHEM. / 9 / / 465 ( 1971)
  • [저널정보] M. GORAL, S. ZAWADZKI / FLUID PHASE EQUILIB. / 90 / / 355 ( 1993)


▒ VLE FOR 1,3-BUTADIENE + N-OCTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.197
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -1232.47
A21 692.12
B12 532716.45
B21 -301907.24
C12 0
C21 0
유효온도범위 303.15 ~ 413.15
압력불확도(%) 0
기상조정불확도(%) 2.731
▒ VLE FOR 1,3-BUTADIENE + N-OCTANE의 참조표준 기본정보  
성분1
성분명 1,3-BUTADIENE
Formula C4H6
CAS No. 106-99-0
w 54.0914
Tc(K) 425
Pc(kPa) 4320
Vc(m3/kmol) 0.221
DM(Debye) 0
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
▒ VLE FOR 1,3-BUTADIENE + N-OCTANE의 참조표준 세부정보  
성분1
성분명 1,3-BUTADIENE
Formula C4H6
CAS No. 106-99-0
w 54.0914
Tc(K) 425
Pc(kPa) 4320
Vc(m3/kmol) 0.221
DM(Debye) 0
Qi 2.352
Ri 2.6908
Zra 0.2712
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.12563
증기압 B 1.73913
증기압 C -2.70805
증기압 D -1.68376
증기압 T1 197
증기압 T2 425
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
Qi 4.936
Ri 5.8486
Zra 0.2571
Vapor Pressure Equation P=A+B*T+C*T2+D*T3+E*T4+F*T5
증기압 A -7.91211
증기압 B 1.38007
증기압 C -3.80435
증기압 D -4.50132
증기압 T1 260
증기압 T2 568.7
▒ VLE FOR 1,3-BUTADIENE + N-OCTANE의 참조표준 문서자료  
  • [저널정보] M.S. ROZHNOV / KHIM.PROM.(MOSCOW) / 43 / / 288 ( 1967)
  • [저널정보] J. GMEHLING / J.CHEM.ENG.DATA / 27 / / 371 ( 1982)
  • [저널정보] D.V.S. JAIN, V.K. GUPTA , B.S. LARK / INDIAN J.CHEM. / 9 / / 465 ( 1971)
  • [저널정보] M. GORAL, S. ZAWADZKI / FLUID PHASE EQUILIB. / 90 / / 355 ( 1993)


▒ VLE FOR 1,3-BUTADIENE + N-HEPTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.196
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -833.89
A21 697.14
B12 218026.93
B21 -144020.39
C12 0
C21 0
유효온도범위 303.15 ~ 413.15
압력불확도(%) 0
기상조정불확도(%) 2.704
▒ VLE FOR 1,3-BUTADIENE + N-HEPTANE의 참조표준 기본정보  
성분1
성분명 1,3-BUTADIENE
Formula C4H6
CAS No. 106-99-0
w 54.0914
Tc(K) 425
Pc(kPa) 4320
Vc(m3/kmol) 0.221
DM(Debye) 0
성분2
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
▒ VLE FOR 1,3-BUTADIENE + N-HEPTANE의 참조표준 세부정보  
성분1
성분명 1,3-BUTADIENE
Formula C4H6
CAS No. 106-99-0
w 54.0914
Tc(K) 425
Pc(kPa) 4320
Vc(m3/kmol) 0.221
DM(Debye) 0
Qi 2.352
Ri 2.6908
Zra 0.2712
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.12563
증기압 B 1.73913
증기압 C -2.70805
증기압 D -1.68376
증기압 T1 197
증기압 T2 425
성분2
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
Qi 4.396
Ri 5.1742
Zra 0.2604
Vapor Pressure Equation P=A+B*T+C*T2+D*T3+E*T4+F*T5
증기압 A -7.67468
증기압 B 1.37068
증기압 C -3.5362
증기압 D -3.20243
증기압 T1 240
증기압 T2 540
▒ VLE FOR 1,3-BUTADIENE + N-HEPTANE의 참조표준 문서자료  
  • [저널정보] M.S. ROZHNOV / KHIM.PROM.(MOSCOW) / 43 / / 288 ( 1967)
  • [저널정보] J. GMEHLING / J.CHEM.ENG.DATA / 27 / / 371 ( 1982)
  • [저널정보] D.V.S. JAIN, V.K. GUPTA , B.S. LARK / INDIAN J.CHEM. / 9 / / 465 ( 1971)
  • [저널정보] M. GORAL, S. ZAWADZKI / FLUID PHASE EQUILIB. / 90 / / 355 ( 1993)


▒ VLE FOR 1,3-BUTADIENE + N-HEXANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.195
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 296.68
A21 -163.15
B12 -4509.7
B21 -4251.55
C12 0
C21 0
유효온도범위 303.15 ~ 413.15
압력불확도(%) 0
기상조정불확도(%) 1.477
▒ VLE FOR 1,3-BUTADIENE + N-HEXANE의 참조표준 기본정보  
성분1
성분명 1,3-BUTADIENE
Formula C4H6
CAS No. 106-99-0
w 54.0914
Tc(K) 425
Pc(kPa) 4320
Vc(m3/kmol) 0.221
DM(Debye) 0
성분2
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
▒ VLE FOR 1,3-BUTADIENE + N-HEXANE의 참조표준 세부정보  
성분1
성분명 1,3-BUTADIENE
Formula C4H6
CAS No. 106-99-0
w 54.0914
Tc(K) 425
Pc(kPa) 4320
Vc(m3/kmol) 0.221
DM(Debye) 0
Qi 2.352
Ri 2.6908
Zra 0.2712
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.12563
증기압 B 1.73913
증기압 C -2.70805
증기압 D -1.68376
증기압 T1 197
증기압 T2 425
성분2
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
Qi 3.856
Ri 4.4998
Zra 0.2635
Vapor Pressure Equation P=A+B*T+C*T2+D*T3+E*T4+F*T5
증기압 A -7.46765
증기압 B 1.44211
증기압 C -3.28222
증기압 D -2.50941
증기압 T1 220
증기압 T2 507.6
▒ VLE FOR 1,3-BUTADIENE + N-HEXANE의 참조표준 문서자료  
  • [저널정보] M.S. ROZHNOV / KHIM.PROM.(MOSCOW) / 43 / / 288 ( 1967)
  • [저널정보] J. GMEHLING / J.CHEM.ENG.DATA / 27 / / 371 ( 1982)
  • [저널정보] D.V.S. JAIN, V.K. GUPTA , B.S. LARK / INDIAN J.CHEM. / 9 / / 465 ( 1971)
  • [저널정보] M. GORAL, S. ZAWADZKI / FLUID PHASE EQUILIB. / 90 / / 355 ( 1993)


▒ VLE FOR CYCLOHEXANE + N-NONANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.194
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -26
A21 -40.32
B12 14256.68
B21 7820.14
C12 0
C21 0
유효온도범위 298.15 ~ 313.15
압력불확도(%) 0
기상조정불확도(%) 0.795
▒ VLE FOR CYCLOHEXANE + N-NONANE의 참조표준 기본정보  
성분1
성분명 CYCLOHEXANE
Formula C6H12
CAS No. 110-82-7
w 84.1608
Tc(K) 553.8
Pc(kPa) 4080
Vc(m3/kmol) 0.308
DM(Debye) 0.3
성분2
성분명 N-NONANE
Formula C9H20
CAS No. 111-84-2
w 128.257
Tc(K) 594.6
Pc(kPa) 2290
Vc(m3/kmol) 0.555
DM(Debye) 1.6
▒ VLE FOR CYCLOHEXANE + N-NONANE의 참조표준 세부정보  
성분1
성분명 CYCLOHEXANE
Formula C6H12
CAS No. 110-82-7
w 84.1608
Tc(K) 553.8
Pc(kPa) 4080
Vc(m3/kmol) 0.308
DM(Debye) 0.3
Qi 3.24
Ri 4.0464
Zra 0.2729
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -6.96009
증기압 B 1.31328
증기압 C -2.75683
증기압 D -2.45491
증기압 T1 293
증기압 T2 553.8
성분2
성분명 N-NONANE
Formula C9H20
CAS No. 111-84-2
w 128.257
Tc(K) 594.6
Pc(kPa) 2290
Vc(m3/kmol) 0.555
DM(Debye) 1.6
Qi 5.476
Ri 6.523
Zra 0.2543
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -8.2562987
증기압 B 1.6858818
증기압 C -4.7169404
증기압 D -2.8881112
증기압 T1 280
증기압 T2 452.15
▒ VLE FOR CYCLOHEXANE + N-NONANE의 참조표준 문서자료  
  • [저널정보] D. MEIXNER, R.N. LICHTENTHALER / BER.BUNSEN-GES.PHYS.CHEM. / 83 / / 567 ( 1979)
  • [저널정보] J. GMEHLING / J.CHEM.ENG.DATA / 27 / / 371 ( 1982)
  • [저널정보] D.V.S. JAIN, V.K. GUPTA , B.S. LARK / INDIAN J.CHEM. / 9 / / 465 ( 1971)
  • [저널정보] M. GORAL, S. ZAWADZKI / FLUID PHASE EQUILIB. / 90 / / 355 ( 1993)


▒ VLE FOR CYCLOHEXANE + N-OCTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.193
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 240.31
A21 -120.59
B12 -3366.47
B21 -18116.74
C12 0
C21 0
유효온도범위 298.15 ~ 328.15
압력불확도(%) 0
기상조정불확도(%) 1.395
▒ VLE FOR CYCLOHEXANE + N-OCTANE의 참조표준 기본정보  
성분1
성분명 CYCLOHEXANE
Formula C6H12
CAS No. 110-82-7
w 84.1608
Tc(K) 553.8
Pc(kPa) 4080
Vc(m3/kmol) 0.308
DM(Debye) 0.3
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
▒ VLE FOR CYCLOHEXANE + N-OCTANE의 참조표준 세부정보  
성분1
성분명 CYCLOHEXANE
Formula C6H12
CAS No. 110-82-7
w 84.1608
Tc(K) 553.8
Pc(kPa) 4080
Vc(m3/kmol) 0.308
DM(Debye) 0.3
Qi 3.24
Ri 4.0464
Zra 0.2729
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -6.96009
증기압 B 1.31328
증기압 C -2.75683
증기압 D -2.45491
증기압 T1 293
증기압 T2 553.8
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
Qi 4.936
Ri 5.8486
Zra 0.2571
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.91211
증기압 B 1.38007
증기압 C -3.80435
증기압 D -4.50132
증기압 T1 260
증기압 T2 568.7
▒ VLE FOR CYCLOHEXANE + N-OCTANE의 참조표준 문서자료  
  • [저널정보] M.L. MARTIN, J.C. YOUINGS / AUST.J.CHEM. / 33 / / 2133 ( 1980)
  • [저널정보] D. MEIXNER, R.N. LICHTENTHALER / BER.BUNSEN-GES.PHYS.CHEM. / 83 / / 567 ( 1979)
  • [저널정보] D.V.S. JAIN, O.P. YADAV / INDIAN J.CHEM. / 9 / / 342 ( 1971)
  • [저널정보] T.E. MAIRS , F.L. SWINTON / J.CHEM.THERMODYN. / 12 / / 575 ( 1980)


▒ VLE FOR DIETHYL KETONE + N-HEPTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.192
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -248.59
A21 383.2
B12 40356.52
B21 -9889.48
C12 0
C21 0
유효온도범위 338.15 ~ 353.15
압력불확도(%) 0
기상조정불확도(%) 0.589
▒ VLE FOR DIETHYL KETONE + N-HEPTANE의 참조표준 기본정보  
성분1
성분명 DIETHYL KETONE
Formula C5H10O
CAS No. 96-22-0
w 86.1334
Tc(K) 561.46
Pc(kPa) 3729
Vc(m3/kmol) 0.336
DM(Debye) 2.7
성분2
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
▒ VLE FOR DIETHYL KETONE + N-HEPTANE의 참조표준 세부정보  
성분1
성분명 DIETHYL KETONE
Formula C5H10O
CAS No. 96-22-0
w 86.1334
Tc(K) 561.46
Pc(kPa) 3729
Vc(m3/kmol) 0.336
DM(Debye) 2.7
Qi 3.416
Ri 3.9223
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -6.7547495
증기압 B -1.1763883
증기압 C 2.5421732
증기압 D -28.8332776
증기압 T1 330
증기압 T2 430
성분2
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
Qi 4.396
Ri 5.1742
Zra 0.2604
Vapor Pressure Equation P=A+B*T+C*T2+D*T3+E*T4+F*T5
증기압 A -7.67468
증기압 B 1.37068
증기압 C -3.5362
증기압 D -3.20243
증기압 T1 240
증기압 T2 540
▒ VLE FOR DIETHYL KETONE + N-HEPTANE의 참조표준 문서자료  
  • [저널정보] G.GEISELER, H. KOEHLER / BER.BUNSEN-GES.PHYS.CHEM. / 72 / / 697 ( 1968)
  • [저널정보] D. MEIXNER, R.N. LICHTENTHALER / BER.BUNSEN-GES.PHYS.CHEM. / 83 / / 567 ( 1979)
  • [저널정보] D.V.S. JAIN, O.P. YADAV / INDIAN J.CHEM. / 9 / / 342 ( 1971)
  • [저널정보] T.E. MAIRS , F.L. SWINTON / J.CHEM.THERMODYN. / 12 / / 575 ( 1980)


▒ VLE FOR METHYL ETHYL KETONE + N-DECANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.191
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -58.77
A21 360.34
B12 0
B21 0
C12 0
C21 0
유효온도범위 343.15 ~ 343.15
압력불확도(%) 0
기상조정불확도(%) 2.365
▒ VLE FOR METHYL ETHYL KETONE + N-DECANE의 참조표준 기본정보  
성분1
성분명 METHYL ETHYL KETONE
Formula C4H8O
CAS No. 78-93-3
w 72.1066
Tc(K) 536.78
Pc(kPa) 4207
Vc(m3/kmol) 0.267
DM(Debye) 3.3
성분2
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
▒ VLE FOR METHYL ETHYL KETONE + N-DECANE의 참조표준 세부정보  
성분1
성분명 METHYL ETHYL KETONE
Formula C4H8O
CAS No. 78-93-3
w 72.1066
Tc(K) 536.78
Pc(kPa) 4207
Vc(m3/kmol) 0.267
DM(Debye) 3.3
Qi 2.876
Ri 3.2479
Zra 0.2510417
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.71476
증기압 B 1.71061
증기압 C -3.6877
증기압 D -0.75169
증기압 T1 255
증기압 T2 536.78
성분2
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
Qi 6.016
Ri 7.1974
Zra 0.2507
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -8.5638908
증기압 B 1.9716087
증기압 C -5.7787082
증기압 D -0.6038971
증기압 T1 280
증기압 T2 617.7
▒ VLE FOR METHYL ETHYL KETONE + N-DECANE의 참조표준 문서자료  
  • [저널정보] F. RATKOVICS, B. PALAGYI-FENYES / PRIVATE COMMUNICATION / / / ( 1987)
  • [저널정보] D. MEIXNER, R.N. LICHTENTHALER / BER.BUNSEN-GES.PHYS.CHEM. / 83 / / 567 ( 1979)
  • [저널정보] D.V.S. JAIN, O.P. YADAV / INDIAN J.CHEM. / 9 / / 342 ( 1971)
  • [저널정보] T.E. MAIRS , F.L. SWINTON / J.CHEM.THERMODYN. / 12 / / 575 ( 1980)


▒ VLE FOR METHYL ETHYL KETONE + N-OCTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.190
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 606.77
A21 -284.61
B12 -206003.51
B21 193467.42
C12 0
C21 0
유효온도범위 313.15 ~ 338.15
압력불확도(%) 0
기상조정불확도(%) 1.81
▒ VLE FOR METHYL ETHYL KETONE + N-OCTANE의 참조표준 기본정보  
성분1
성분명 METHYL ETHYL KETONE
Formula C4H8O
CAS No. 78-93-3
w 72.1066
Tc(K) 536.78
Pc(kPa) 4207
Vc(m3/kmol) 0.267
DM(Debye) 3.3
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
▒ VLE FOR METHYL ETHYL KETONE + N-OCTANE의 참조표준 세부정보  
성분1
성분명 METHYL ETHYL KETONE
Formula C4H8O
CAS No. 78-93-3
w 72.1066
Tc(K) 536.78
Pc(kPa) 4207
Vc(m3/kmol) 0.267
DM(Debye) 3.3
Qi 2.876
Ri 3.2479
Zra 0.2510417
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.71476
증기압 B 1.71061
증기압 C -3.6877
증기압 D -0.75169
증기압 T1 255
증기압 T2 536.78
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
Qi 4.936
Ri 5.8486
Zra 0.2571
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.91211
증기압 B 1.38007
증기압 C -3.80435
증기압 D -4.50132
증기압 T1 260
증기압 T2 568.7
▒ VLE FOR METHYL ETHYL KETONE + N-OCTANE의 참조표준 문서자료  
  • [저널정보] F. RATKOVICS, B. PALAGYI-FENYES / PRIVATE COMMUNICATION / / / ( 1988)
  • [저널정보] V.C. MARIPURI, G.A.RATCLIFF / J.APPL.CHEM.BIOTECHNOL. / 22 / / 899 ( 1972)
  • [저널정보] D.V.S. JAIN, O.P. YADAV / INDIAN J.CHEM. / 9 / / 342 ( 1971)
  • [저널정보] T.E. MAIRS , F.L. SWINTON / J.CHEM.THERMODYN. / 12 / / 575 ( 1980)


▒ VLE FOR METHYL ETHYL KETONE + N-HEPTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.189
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 615.36
A21 -134.4
B12 -231561.21
B21 181571.45
C12 0
C21 0
유효온도범위 318.15 ~ 323.15
압력불확도(%) 0
기상조정불확도(%) 1.674
▒ VLE FOR METHYL ETHYL KETONE + N-HEPTANE의 참조표준 기본정보  
성분1
성분명 METHYL ETHYL KETONE
Formula C4H8O
CAS No. 78-93-3
w 72.1066
Tc(K) 536.78
Pc(kPa) 4207
Vc(m3/kmol) 0.267
DM(Debye) 3.3
성분2
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
▒ VLE FOR METHYL ETHYL KETONE + N-HEPTANE의 참조표준 세부정보  
성분1
성분명 METHYL ETHYL KETONE
Formula C4H8O
CAS No. 78-93-3
w 72.1066
Tc(K) 536.78
Pc(kPa) 4207
Vc(m3/kmol) 0.267
DM(Debye) 3.3
Qi 2.876
Ri 3.2479
Zra 0.2510417
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.71476
증기압 B 1.71061
증기압 C -3.6877
증기압 D -0.75169
증기압 T1 255
증기압 T2 536.78
성분2
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
Qi 4.396
Ri 5.1742
Zra 0.2604
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.67468
증기압 B 1.37068
증기압 C -3.5362
증기압 D -3.20243
증기압 T1 240
증기압 T2 540
▒ VLE FOR METHYL ETHYL KETONE + N-HEPTANE의 참조표준 문서자료  
  • [저널정보] M.TAKEO, K.NISHII, T. NITTA, T.KATAYAMA / FLUID PHASE EQUILIB. / 3 / / 123 ( 1979)
  • [저널정보] V.YU. ARISTOVICH, A.G. MORACHEVSKY, I.I. SABYLIN / ZH.PRIKL.KHIM. / 38 / / 2694 ( 1965)
  • [저널정보] D.V.S. JAIN, O.P. YADAV / INDIAN J.CHEM. / 9 / / 342 ( 1971)
  • [저널정보] T.E. MAIRS , F.L. SWINTON / J.CHEM.THERMODYN. / 12 / / 575 ( 1980)


▒ VLE FOR METHYL ETHYL KETONE + N-HEXANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.188
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -2391.27
A21 2092.94
B12 761533.07
B21 -555461.15
C12 0
C21 0
유효온도범위 333.15 ~ 338.15
압력불확도(%) 0
기상조정불확도(%) 0.762
▒ VLE FOR METHYL ETHYL KETONE + N-HEXANE의 참조표준 기본정보  
성분1
성분명 METHYL ETHYL KETONE
Formula C4H8O
CAS No. 78-93-3
w 72.1066
Tc(K) 536.78
Pc(kPa) 4207
Vc(m3/kmol) 0.267
DM(Debye) 3.3
성분2
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
▒ VLE FOR METHYL ETHYL KETONE + N-HEXANE의 참조표준 세부정보  
성분1
성분명 METHYL ETHYL KETONE
Formula C4H8O
CAS No. 78-93-3
w 72.1066
Tc(K) 536.78
Pc(kPa) 4207
Vc(m3/kmol) 0.267
DM(Debye) 3.3
Qi 2.876
Ri 3.2479
Zra 0.2510417
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.71476
증기압 B 1.71061
증기압 C -3.6877
증기압 D -0.75169
증기압 T1 255
증기압 T2 536.78
성분2
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
Qi 3.856
Ri 4.4998
Zra 0.2635
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.46765
증기압 B 1.44211
증기압 C -3.28222
증기압 D -2.50941
증기압 T1 220
증기압 T2 507.6
▒ VLE FOR METHYL ETHYL KETONE + N-HEXANE의 참조표준 문서자료  
  • [저널정보] D.O. HANSON, M. VAN WINKLE / J.CHEM.ENG.DATA / 12 / / 319 ( 1967)
  • [저널정보] V.C. MARIPURI, G.A. RATCLIFF / J.APPL.CHEM.BIOTECHNOL. / 22 / / 899 ( 1972)
  • [저널정보] D.V.S. JAIN, O.P. YADAV / INDIAN J.CHEM. / 9 / / 342 ( 1971)
  • [저널정보] T.E. MAIRS , F.L. SWINTON / J.CHEM.THERMODYN. / 12 / / 575 ( 1980)


▒ VLE FOR ACETONE + N-NONANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.187
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -404.06
A21 554.96
B12 73455.26
B21 53128.9
C12 0
C21 0
유효온도범위 302.2 ~ 324.5
압력불확도(%) 0
기상조정불확도(%) 2.667
▒ VLE FOR ACETONE + N-NONANE의 참조표준 기본정보  
성분1
성분명 ACETONE
Formula C3H6O
CAS No. 67-64-1
w 58.0798
Tc(K) 508.1
Pc(kPa) 4700
Vc(m3/kmol) 0.209
DM(Debye) 2.9
성분2
성분명 N-NONANE
Formula C9H20
CAS No. 111-84-2
w 128.257
Tc(K) 594.6
Pc(kPa) 2290
Vc(m3/kmol) 0.555
DM(Debye) 1.6
▒ VLE FOR ACETONE + N-NONANE의 참조표준 세부정보  
성분1
성분명 ACETONE
Formula C3H6O
CAS No. 67-64-1
w 58.0798
Tc(K) 508.1
Pc(kPa) 4700
Vc(m3/kmol) 0.209
DM(Debye) 2.9
Qi 2.336
Ri 2.5735
Zra 0.2477
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.45514
증기압 B 1.202
증기압 C -2.43926
증기압 D -3.3559
증기압 T1 259
증기압 T2 508
성분2
성분명 N-NONANE
Formula C9H20
CAS No. 111-84-2
w 128.257
Tc(K) 594.6
Pc(kPa) 2290
Vc(m3/kmol) 0.555
DM(Debye) 1.6
Qi 5.476
Ri 6.523
Zra 0.2543
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -8.2562987
증기압 B 1.6858818
증기압 C -4.7169404
증기압 D -2.8881112
증기압 T1 280
증기압 T2 452.15
▒ VLE FOR ACETONE + N-NONANE의 참조표준 문서자료  
  • [저널정보] K. SCHAEFER, W. RALL , F.C. WIRTH-LINDEMANN / INT.DATA SERIES,SEL.DATA MIXTURES, SER.A / 44 / / ( 1979)
  • [저널정보] G. KOLASINSKA, M. GORAL, J. GIZA / Z.PHYS.CHEM.(LEIPZIG) / 263 / / 151 ( 1982)
  • [저널정보] D.V.S. JAIN, O.P. YADAV / INDIAN J.CHEM. / 9 / / 342 ( 1971)
  • [저널정보] T.E. MAIRS , F.L. SWINTON / J.CHEM.THERMODYN. / 12 / / 575 ( 1980)


▒ VLE FOR ACETONE + N-OCTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.186
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -77.36
A21 577.43
B12 0
B21 0
C12 0
C21 0
유효온도범위 313.15 ~ 313.15
압력불확도(%) 0
기상조정불확도(%) 1.192
▒ VLE FOR ACETONE + N-OCTANE의 참조표준 기본정보  
성분1
성분명 ACETONE
Formula C3H6O
CAS No. 67-64-1
w 58.0798
Tc(K) 508.1
Pc(kPa) 4700
Vc(m3/kmol) 0.209
DM(Debye) 2.9
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
▒ VLE FOR ACETONE + N-OCTANE의 참조표준 세부정보  
성분1
성분명 ACETONE
Formula C3H6O
CAS No. 67-64-1
w 58.0798
Tc(K) 508.1
Pc(kPa) 4700
Vc(m3/kmol) 0.209
DM(Debye) 2.9
Qi 2.336
Ri 2.5735
Zra 0.2477
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.45514
증기압 B 1.202
증기압 C -2.43926
증기압 D -3.3559
증기압 T1 259
증기압 T2 508
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
Qi 4.936
Ri 5.8486
Zra 0.2571
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.91211
증기압 B 1.38007
증기압 C -3.80435
증기압 D -4.50132
증기압 T1 260
증기압 T2 568.7
▒ VLE FOR ACETONE + N-OCTANE의 참조표준 문서자료  
  • [저널정보] G. KOLASINSKA , M. GORAL, J. GIZA / Z.PHYS.CHEM.(LEIPZIG), / 263 / / 151 ( 1982)
  • [저널정보] G. KOLASINSKA, M. GORAL, J. GIZA / Z.PHYS.CHEM.(LEIPZIG) / 263 / / 151 ( 1982)
  • [저널정보] D.V.S. JAIN, O.P. YADAV / INDIAN J.CHEM. / 9 / / 342 ( 1971)
  • [저널정보] T.E. MAIRS , F.L. SWINTON / J.CHEM.THERMODYN. / 12 / / 575 ( 1980)


▒ VLE FOR ACETONE + N-HEPTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.185
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -340.02
A21 644.47
B12 94909.73
B21 -50599.81
C12 0
C21 0
유효온도범위 273.15 ~ 338.15
압력불확도(%) 0
기상조정불확도(%) 2.905
▒ VLE FOR ACETONE + N-HEPTANE의 참조표준 기본정보  
성분1
성분명 ACETONE
Formula C3H6O
CAS No. 67-64-1
w 58.0798
Tc(K) 508.1
Pc(kPa) 4700
Vc(m3/kmol) 0.209
DM(Debye) 2.9
성분2
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
▒ VLE FOR ACETONE + N-HEPTANE의 참조표준 세부정보  
성분1
성분명 ACETONE
Formula C3H6O
CAS No. 67-64-1
w 58.0798
Tc(K) 508.1
Pc(kPa) 4700
Vc(m3/kmol) 0.209
DM(Debye) 2.9
Qi 2.336
Ri 2.5735
Zra 0.2477
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.45514
증기압 B 1.202
증기압 C -2.43926
증기압 D -3.3559
증기압 T1 259
증기압 T2 508
성분2
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
Qi 4.396
Ri 5.1742
Zra 0.2604
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.67468
증기압 B 1.37068
증기압 C -3.5362
증기압 D -3.20243
증기압 T1 240
증기압 T2 540
▒ VLE FOR ACETONE + N-HEPTANE의 참조표준 문서자료  
  • [저널정보] K. SCHAEFER, W. RALL, F.C. WIRTH-LINDEMANN / INT.DATA SERIES,SEL.DATA MIXTURES, SER.A / 43 / / ( 1979)
  • [저널정보] G. KOLASINSKA, M. GORAL, J.GIZA / Z.PHYS.CHEM.(LEIPZIG) / 263 / / 151 ( 1982)
  • [저널정보] H. PLUDDEMANN, K. SCHAEFER / Z.ELEKTROCHEM. / 63 / / 1024 ( 1959)
  • [저널정보] V.O. MARIPURI, G.A. RATCLIFF / J.CHEM.ENG.DATA / 17 / / 366 ( 1972)


▒ VLE FOR ACETONE + N-HEXANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.184
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -244.62
A21 621.51
B12 62807.65
B21 -35220.57
C12 0
C21 0
유효온도범위 268.15 ~ 328.15
압력불확도(%) 0
기상조정불확도(%) 2.418
▒ VLE FOR ACETONE + N-HEXANE의 참조표준 기본정보  
성분1
성분명 ACETONE
Formula C3H6O
CAS No. 67-64-1
w 58.0798
Tc(K) 508.1
Pc(kPa) 4700
Vc(m3/kmol) 0.209
DM(Debye) 2.9
성분2
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
▒ VLE FOR ACETONE + N-HEXANE의 참조표준 세부정보  
성분1
성분명 ACETONE
Formula C3H6O
CAS No. 67-64-1
w 58.0798
Tc(K) 508.1
Pc(kPa) 4700
Vc(m3/kmol) 0.209
DM(Debye) 2.9
Qi 2.336
Ri 2.5735
Zra 0.2477
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.45514
증기압 B 1.202
증기압 C -2.43926
증기압 D -3.3559
증기압 T1 259
증기압 T2 508
성분2
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
Qi 3.856
Ri 4.4998
Zra 0.2635
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.46765
증기압 B 1.44211
증기압 C -3.28222
증기압 D -2.50941
증기압 T1 220
증기압 T2 507.6
▒ VLE FOR ACETONE + N-HEXANE의 참조표준 문서자료  
  • [저널정보] W. RALL, K.SCHAEFER / Z.ELEKTROCHEM. / 63 / / 1019 ( 1959)
  • [저널정보] R. BARRAZA, S. DIAZ, J. EDWARDS, P.TAPIA / Z.PHYS.CHEM.,NEUE FOLGE / 117 / / 43 ( 1979)
  • [저널정보] G. KOLASINSKA ,GORAL M.,GIZA J. / Z.PHYS.CHEM.(LEIPZIG) / 263 / / 151 ( 1982)
  • [저널정보] L.S. KUDRYAVTSEVA, M.P.SUSAREV / ZH.PRIKL.KHIM. / 361 / / 471 ( 1963)
  • [저널정보] K. SCHAEFER, W. RALL / Z.ELEKTROCHEM. / 62 / / 1090 ( 1958)


▒ VLE FOR N-PENTANOL + N-DECANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.183
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -462.59
A21 1704.56
B12 0
B21 0
C12 0
C21 0
유효온도범위 363.27 ~ 373.32
압력불확도(%) 0
기상조정불확도(%) 1.028
▒ VLE FOR N-PENTANOL + N-DECANE의 참조표준 기본정보  
성분1
성분명 N-PENTANOL
Formula C5H12O
CAS No. 71-41-0
w 88.1492
Tc(K) 588.1
Pc(kPa) 3897
Vc(m3/kmol) 0.326
DM(Debye) 1.7
성분2
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
▒ VLE FOR N-PENTANOL + N-DECANE의 참조표준 세부정보  
성분1
성분명 N-PENTANOL
Formula C5H12O
CAS No. 71-41-0
w 88.1492
Tc(K) 588.1
Pc(kPa) 3897
Vc(m3/kmol) 0.326
DM(Debye) 1.7
Qi 3.592
Ri 4.1287
Zra 0.2596
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.97725
증기압 B 2.99791
증기압 C -12.9596
증기압 D 8.84205
증기압 T1 290
증기압 T2 588
성분2
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
Qi 6.016
Ri 7.1974
Zra 0.2507
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -8.5638908
증기압 B 1.9716087
증기압 C -5.7787082
증기압 D -0.6038971
증기압 T1 280
증기압 T2 617.7
▒ VLE FOR N-PENTANOL + N-DECANE의 참조표준 문서자료  
  • [저널정보] T. TRESZCZANOWICZ, A.J. TRESZCZANOWICZ / BULL.ACAD.POL.SCI.,SER.SCI.CHIM. / 27 / / 689 ( 1979)
  • [저널정보] R. BARRAZA, S. DIAZ, J. EDWARDS, P.TAPIA / Z.PHYS.CHEM.,NEUE FOLGE / 117 / / 43 ( 1979)
  • [저널정보] G. KOLASINSKA ,GORAL M.,GIZA J. / Z.PHYS.CHEM.(LEIPZIG) / 263 / / 151 ( 1982)
  • [저널정보] L.S. KUDRYAVTSEVA, M.P.SUSAREV / ZH.PRIKL.KHIM. / 361 / / 471 ( 1963)
  • [저널정보] K. SCHAEFER, W. RALL / Z.ELEKTROCHEM. / 62 / / 1090 ( 1958)


▒ VLE FOR N-PENTANOL + N-OCTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.182
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -1327.97
A21 2444.16
B12 298977.91
B21 -168500.95
C12 0
C21 0
유효온도범위 363.27 ~ 373.32
압력불확도(%) 0
기상조정불확도(%) 0.599
▒ VLE FOR N-PENTANOL + N-OCTANE의 참조표준 기본정보  
성분1
성분명 N-PENTANOL
Formula C5H12O
CAS No. 71-41-0
w 88.1492
Tc(K) 588.1
Pc(kPa) 3897
Vc(m3/kmol) 0.326
DM(Debye) 1.7
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
▒ VLE FOR N-PENTANOL + N-OCTANE의 참조표준 세부정보  
성분1
성분명 N-PENTANOL
Formula C5H12O
CAS No. 71-41-0
w 88.1492
Tc(K) 588.1
Pc(kPa) 3897
Vc(m3/kmol) 0.326
DM(Debye) 1.7
Qi 3.592
Ri 4.1287
Zra 0.2596
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.97725
증기압 B 2.99791
증기압 C -12.9596
증기압 D 8.84205
증기압 T1 290
증기압 T2 588
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
Qi 4.936
Ri 5.8486
Zra 0.2571
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.91211
증기압 B 1.38007
증기압 C -3.80435
증기압 D -4.50132
증기압 T1 260
증기압 T2 568.7
▒ VLE FOR N-PENTANOL + N-OCTANE의 참조표준 문서자료  
  • [저널정보] T. TRESZCZANOWICZ, A.J. TRESZCZANOWICZ / BULL.ACAD.POL.SCI.,SER.SCI.CHIM. / 27 / / 689 ( 1979)
  • [저널정보] R. BARRAZA, S. DIAZ, J. EDWARDS, P.TAPIA / Z.PHYS.CHEM.,NEUE FOLGE / 117 / / 43 ( 1979)
  • [저널정보] G. KOLASINSKA ,GORAL M.,GIZA J. / Z.PHYS.CHEM.(LEIPZIG) / 263 / / 151 ( 1982)
  • [저널정보] L.S. KUDRYAVTSEVA, M.P.SUSAREV / ZH.PRIKL.KHIM. / 361 / / 471 ( 1963)
  • [저널정보] K. SCHAEFER, W. RALL / Z.ELEKTROCHEM. / 62 / / 1090 ( 1958)


▒ VLE FOR N-PENTANOL + N-HEXANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.181
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -656.1
A21 1697.21
B12 88998.14
B21 29837.7
C12 0
C21 0
유효온도범위 298.15 ~ 323.15
압력불확도(%) 0
기상조정불확도(%) 2.466
▒ VLE FOR N-PENTANOL + N-HEXANE의 참조표준 기본정보  
성분1
성분명 N-PENTANOL
Formula C5H12O
CAS No. 71-41-0
w 88.1492
Tc(K) 588.1
Pc(kPa) 3897
Vc(m3/kmol) 0.326
DM(Debye) 1.7
성분2
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
▒ VLE FOR N-PENTANOL + N-HEXANE의 참조표준 세부정보  
성분1
성분명 N-PENTANOL
Formula C5H12O
CAS No. 71-41-0
w 88.1492
Tc(K) 588.1
Pc(kPa) 3897
Vc(m3/kmol) 0.326
DM(Debye) 1.7
Qi 3.592
Ri 4.1287
Zra 0.2596
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.97725
증기압 B 2.99791
증기압 C -12.9596
증기압 D 8.84205
증기압 T1 290
증기압 T2 588
성분2
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
Qi 3.856
Ri 4.4998
Zra 0.2635
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.46765
증기압 B 1.44211
증기압 C -3.28222
증기압 D -2.50941
증기압 T1 220
증기압 T2 507.6
▒ VLE FOR N-PENTANOL + N-HEXANE의 참조표준 문서자료  
  • [저널정보] S.G. SAYEGH, G.A.RATCLIFF / J.CHEM.ENG.DATA / 21 / / 71 ( 1976)
  • [저널정보] M. RONC, G.R.RATCLIFF / CAN.J.CHEM.ENG. / 54 / / 326 ( 1976)
  • [저널정보] G. KOLASINSKA ,GORAL M.,GIZA J. / Z.PHYS.CHEM.(LEIPZIG) / 263 / / 151 ( 1982)
  • [저널정보] L.S. KUDRYAVTSEVA, M.P.SUSAREV / ZH.PRIKL.KHIM. / 361 / / 471 ( 1963)
  • [저널정보] K. SCHAEFER, W. RALL / Z.ELEKTROCHEM. / 62 / / 1090 ( 1958)


▒ VLE FOR TERT-BUTANOL + N-OCTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.180
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -397.38
A21 1962.17
B12 0
B21 0
C12 0
C21 0
유효온도범위 313.15 ~ 313.15
압력불확도(%) 0
기상조정불확도(%) 1.353
▒ VLE FOR TERT-BUTANOL + N-OCTANE의 참조표준 기본정보  
성분1
성분명 TERT-BUTANOL
Formula C4H10O
CAS No. 75-65-0
w 74.1224
Tc(K) 506.2
Pc(kPa) 3972
Vc(m3/kmol) 0.275
DM(Debye) 1.7
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
▒ VLE FOR TERT-BUTANOL + N-OCTANE의 참조표준 세부정보  
성분1
성분명 TERT-BUTANOL
Formula C4H10O
CAS No. 75-65-0
w 74.1224
Tc(K) 506.2
Pc(kPa) 3972
Vc(m3/kmol) 0.275
DM(Debye) 1.7
Qi 3.128
Ri 3.4528
Zra 0.257
Vapor Pressure Equation P=A+B/T+C/T3+D/T8+E/T9
증기압 A 14.8398
증기압 B 2658.29
증기압 C -95.5
증기압 D 0
증기압 T1 293
증기압 T2 376
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
Qi 4.936
Ri 5.8486
Zra 0.2571
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.91211
증기압 B 1.38007
증기압 C -3.80435
증기압 D -4.50132
증기압 T1 260
증기압 T2 568.7
▒ VLE FOR TERT-BUTANOL + N-OCTANE의 참조표준 문서자료  
  • [저널정보] B. JANASZEWSKI, P. ORACZ, M. GORAL, S. WARYCHA / FLUID PHASE EQUILIB. / 9 / / 295 ( 1982)
  • [저널정보] M. RONC, G.R.RATCLIFF / CAN.J.CHEM.ENG. / 54 / / 326 ( 1976)
  • [저널정보] G. KOLASINSKA ,GORAL M.,GIZA J. / Z.PHYS.CHEM.(LEIPZIG) / 263 / / 151 ( 1982)
  • [저널정보] L.S. KUDRYAVTSEVA, M.P.SUSAREV / ZH.PRIKL.KHIM. / 361 / / 471 ( 1963)
  • [저널정보] K. SCHAEFER, W. RALL / Z.ELEKTROCHEM. / 62 / / 1090 ( 1958)


▒ VLE FOR TERT-BUTANOL + N-HEPTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.179
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -1159.64
A21 2701.38
B12 238104.34
B21 -211426.96
C12 0
C21 0
유효온도범위 313.15 ~ 371.55
압력불확도(%) 0.143
기상조정불확도(%) 1.585
▒ VLE FOR TERT-BUTANOL + N-HEPTANE의 참조표준 기본정보  
성분1
성분명 TERT-BUTANOL
Formula C4H10O
CAS No. 75-65-0
w 74.1224
Tc(K) 506.2
Pc(kPa) 3972
Vc(m3/kmol) 0.275
DM(Debye) 1.7
성분2
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
▒ VLE FOR TERT-BUTANOL + N-HEPTANE의 참조표준 세부정보  
성분1
성분명 TERT-BUTANOL
Formula C4H10O
CAS No. 75-65-0
w 74.1224
Tc(K) 506.2
Pc(kPa) 3972
Vc(m3/kmol) 0.275
DM(Debye) 1.7
Qi 3.128
Ri 3.4528
Zra 0.257
Vapor Pressure Equation P=A+B/T+C/T3+D/T8+E/T9
증기압 A 14.8398
증기압 B 2658.29
증기압 C -95.5
증기압 D 0
증기압 T1 293
증기압 T2 376
성분2
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
Qi 4.396
Ri 5.1742
Zra 0.2604
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.67468
증기압 B 1.37068
증기압 C -3.5362
증기압 D -3.20243
증기압 T1 240
증기압 T2 540
▒ VLE FOR TERT-BUTANOL + N-HEPTANE의 참조표준 문서자료  
  • [저널정보] A. KUMAR, S.S.KATTI / INDIAN J.TECHNOL. / 18 / / 60 ( 1980)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)
  • [저널정보] B. JANASZEWSKI,P. ORACZ, M. GORAL, S.WARYCHA / FLUID PHASE EQUILIB. / 9 / / 295 ( 1982)
  • [저널정보] L.S. KUDRYAVTSEVA, M.P.SUSAREV / ZH.PRIKL.KHIM. / 361 / / 471 ( 1963)
  • [저널정보] K. SCHAEFER, W. RALL / Z.ELEKTROCHEM. / 62 / / 1090 ( 1958)


▒ VLE FOR TERT-BUTANOL + N-HEXANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.178
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -765.37
A21 2638.29
B12 119714.56
B21 -265880.34
C12 0
C21 0
유효온도범위 298.15 ~ 353.05
압력불확도(%) 0.154
기상조정불확도(%) 2.526
▒ VLE FOR TERT-BUTANOL + N-HEXANE의 참조표준 기본정보  
성분1
성분명 TERT-BUTANOL
Formula C4H10O
CAS No. 75-65-0
w 74.1224
Tc(K) 506.2
Pc(kPa) 3972
Vc(m3/kmol) 0.275
DM(Debye) 1.7
성분2
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
▒ VLE FOR TERT-BUTANOL + N-HEXANE의 참조표준 세부정보  
성분1
성분명 TERT-BUTANOL
Formula C4H10O
CAS No. 75-65-0
w 74.1224
Tc(K) 506.2
Pc(kPa) 3972
Vc(m3/kmol) 0.275
DM(Debye) 1.7
Qi 3.128
Ri 3.4528
Zra 0.257
Vapor Pressure Equation P=A+B/T+C/T3+D/T8+E/T9
증기압 A 14.8398
증기압 B 2658.29
증기압 C -95.5
증기압 D 0
증기압 T1 293
증기압 T2 376
성분2
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
Qi 3.856
Ri 4.4998
Zra 0.2635
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.46765
증기압 B 1.44211
증기압 C -3.28222
증기압 D -2.50941
증기압 T1 220
증기압 T2 507.6
▒ VLE FOR TERT-BUTANOL + N-HEXANE의 참조표준 문서자료  
  • [저널정보] V. RODRIGUEZ, J. PARDO, M.C.LOPEZ, F.M. ROYO, J.S. URIETA / J.CHEM.ENG.DATA / 38 / / 350 ( 1993)
  • [저널정보] B. JANASZEWSKI, P. ORACZ, M. GORAL, S. WARYCHA / FLUID PHASE EQUILIB. / 9 / / 295 ( 1982)
  • [저널정보] S. GOVINDASWAMY, A. ANDIAPPAN, S. LAKSHMANAN / J.CHEM.ENG.DATA / 22 / / 264 ( 1977)
  • [저널정보] L.S. KUDRYAVTSEVA, M.P.SUSAREV / ZH.PRIKL.KHIM. / 361 / / 471 ( 1963)
  • [저널정보] K. SCHAEFER, W. RALL / Z.ELEKTROCHEM. / 62 / / 1090 ( 1958)


▒ VLE FOR ISOBUTANOL + N-HEXANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.177
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -1152.73
A21 3533.8
B12 243730.08
B21 -292986.84
C12 0
C21 0
유효온도범위 298.15 ~ 367.75
압력불확도(%) 0.058
기상조정불확도(%) 2.888
▒ VLE FOR ISOBUTANOL + N-HEXANE의 참조표준 기본정보  
성분1
성분명 ISOBUTANOL
Formula C4H10O
CAS No. 78-83-1
w 74.1224
Tc(K) 547.8
Pc(kPa) 4295
Vc(m3/kmol) 0.274
DM(Debye) 1.7
성분2
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
▒ VLE FOR ISOBUTANOL + N-HEXANE의 참조표준 세부정보  
성분1
성분명 ISOBUTANOL
Formula C4H10O
CAS No. 78-83-1
w 74.1224
Tc(K) 547.8
Pc(kPa) 4295
Vc(m3/kmol) 0.274
DM(Debye) 1.7
Qi 3.048
Ri 3.4535
Zra 0.259
Vapor Pressure Equation P=A+B/T+C/T3+D/T8+E/T9
증기압 A 14.8562
증기압 B 2874.73
증기압 C -100.3
증기압 D 0
증기압 T1 293
증기압 T2 388
성분2
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
Qi 3.856
Ri 4.4998
Zra 0.2635
Vapor Pressure Equation P=A+B*T+C*T2+D*T3+E*T4+F*T5
증기압 A -7.46765
증기압 B 1.44211
증기압 C -3.28222
증기압 D -2.50941
증기압 T1 220
증기압 T2 507.6
▒ VLE FOR ISOBUTANOL + N-HEXANE의 참조표준 문서자료  
  • [저널정보] CH. BERRO, M. ROGALSKI, A.PENELOUX / J.CHEM.ENG.DATA / 27 / / 352 ( 1982)
  • [저널정보] S. GOVYNDASWAMY, A. ANDIAPPAN, S.LAKSHMANAN / INDIAN J.TECHNOL. / 15 / / 94 ( 1977)
  • [저널정보] V. RODRIGUEZ, J. PARDO, M.C. LOPEZ , F.M. ROYO, J.S. URIETA / J.CHEM.ENG.DATA / 38 / / 350 ( 1993)
  • [저널정보] L.S. KUDRYAVTSEVA, M.P.SUSAREV / ZH.PRIKL.KHIM. / 361 / / 471 ( 1963)
  • [저널정보] K. SCHAEFER, W. RALL / Z.ELEKTROCHEM. / 62 / / 1090 ( 1958)


▒ VLE FOR N-BUTANOL + N-DECANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.176
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -1194.4
A21 1289.45
B12 275148.47
B21 294135.74
C12 0
C21 0
유효온도범위 358.15 ~ 388.15
압력불확도(%) 0
기상조정불확도(%) 2.448
▒ VLE FOR N-BUTANOL + N-DECANE의 참조표준 기본정보  
성분1
성분명 N-BUTANOL
Formula C4H10O
CAS No. 71-36-3
w 74.1224
Tc(K) 563
Pc(kPa) 4414
Vc(m3/kmol) 0.274
DM(Debye) 1.8
성분2
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
▒ VLE FOR N-BUTANOL + N-DECANE의 참조표준 세부정보  
성분1
성분명 N-BUTANOL
Formula C4H10O
CAS No. 71-36-3
w 74.1224
Tc(K) 563
Pc(kPa) 4414
Vc(m3/kmol) 0.274
DM(Debye) 1.8
Qi 3.052
Ri 3.4543
Zra 0.2538
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.00756
증기압 B 0.53783
증기압 C -9.3424
증기압 D 6.68692
증기압 T1 275
증기압 T2 563
성분2
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
Qi 6.016
Ri 7.1974
Zra 0.2507
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -8.5638908
증기압 B 1.9716087
증기압 C -5.7787082
증기압 D -0.6038971
증기압 T1 280
증기압 T2 617.7
▒ VLE FOR N-BUTANOL + N-DECANE의 참조표준 문서자료  
  • [저널정보] S. BERNATOVA , J. LINEK, I. WICHTERLE / FLUID PHASE EQUILIB. / 74 / / 127 ( 1992)
  • [저널정보] L.L. LEE, W.A.SCHELLER / J.CHEM.ENG.DATA / 12 / / 497 ( 1967)
  • [저널정보] P. GIERYCZ, J. GREGOROWICZ, S. MALANOWSKI / J.CHEM.THERMODYN. / 20 / / 385 ( 1988)
  • [저널정보] L.S. KUDRYAVTSEVA, M.P.SUSAREV / ZH.PRIKL.KHIM. / 361 / / 471 ( 1963)
  • [저널정보] K. SCHAEFER, W. RALL / Z.ELEKTROCHEM. / 62 / / 1090 ( 1958)


▒ VLE FOR N-BUTANOL + N-NONANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.175
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -368.9
A21 2302.39
B12 0
B21 0
C12 0
C21 0
유효온도범위 323.15 ~ 323.15
압력불확도(%) 0
기상조정불확도(%) 0.568
▒ VLE FOR N-BUTANOL + N-NONANE의 참조표준 기본정보  
성분1
성분명 N-BUTANOL
Formula C4H10O
CAS No. 71-36-3
w 74.1224
Tc(K) 563
Pc(kPa) 4414
Vc(m3/kmol) 0.274
DM(Debye) 1.8
성분2
성분명 N-NONANE
Formula C9H20
CAS No. 111-84-2
w 128.257
Tc(K) 594.6
Pc(kPa) 2290
Vc(m3/kmol) 0.555
DM(Debye) 1.6
▒ VLE FOR N-BUTANOL + N-NONANE의 참조표준 세부정보  
성분1
성분명 N-BUTANOL
Formula C4H10O
CAS No. 71-36-3
w 74.1224
Tc(K) 563
Pc(kPa) 4414
Vc(m3/kmol) 0.274
DM(Debye) 1.8
Qi 3.052
Ri 3.4543
Zra 0.2538
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.00756
증기압 B 0.53783
증기압 C -9.3424
증기압 D 6.68692
증기압 T1 275
증기압 T2 563
성분2
성분명 N-NONANE
Formula C9H20
CAS No. 111-84-2
w 128.257
Tc(K) 594.6
Pc(kPa) 2290
Vc(m3/kmol) 0.555
DM(Debye) 1.6
Qi 5.476
Ri 6.523
Zra 0.2543
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -8.2562987
증기압 B 1.6858818
증기압 C -4.7169404
증기압 D -2.8881112
증기압 T1 280
증기압 T2 452.15
▒ VLE FOR N-BUTANOL + N-NONANE의 참조표준 문서자료  
  • [저널정보] A. HEINTZ, E. DOLCH, R.N. LICHTENTHALER / FLUID PHASE EQUILIB. / 27 / / 61 ( 1986)
  • [저널정보] L.L. LEE, W.A.SCHELLER / J.CHEM.ENG.DATA / 12 / / 497 ( 1967)
  • [저널정보] P. GIERYCZ, J. GREGOROWICZ, S. MALANOWSKI / J.CHEM.THERMODYN. / 20 / / 385 ( 1988)
  • [저널정보] L.S. KUDRYAVTSEVA, M.P.SUSAREV / ZH.PRIKL.KHIM. / 361 / / 471 ( 1963)
  • [저널정보] K. SCHAEFER, W. RALL / Z.ELEKTROCHEM. / 62 / / 1090 ( 1958)


▒ VLE FOR N-BUTANOL + N-OCTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.174
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -1280.87
A21 5523.21
B12 277900.95
B21 -845444.31
C12 0
C21 0
유효온도범위 283.16 ~ 383.15
압력불확도(%) 0
기상조정불확도(%) 2.159
▒ VLE FOR N-BUTANOL + N-OCTANE의 참조표준 기본정보  
성분1
성분명 N-BUTANOL
Formula C4H10O
CAS No. 71-36-3
w 74.1224
Tc(K) 563
Pc(kPa) 4414
Vc(m3/kmol) 0.274
DM(Debye) 1.8
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
▒ VLE FOR N-BUTANOL + N-OCTANE의 참조표준 세부정보  
성분1
성분명 N-BUTANOL
Formula C4H10O
CAS No. 71-36-3
w 74.1224
Tc(K) 563
Pc(kPa) 4414
Vc(m3/kmol) 0.274
DM(Debye) 1.8
Qi 3.052
Ri 3.4543
Zra 0.2538
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.00756
증기압 B 0.53783
증기압 C -9.3424
증기압 D 6.68692
증기압 T1 275
증기압 T2 563
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
Qi 4.936
Ri 5.8486
Zra 0.2571
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.91211
증기압 B 1.38007
증기압 C -3.80435
증기압 D -4.50132
증기압 T1 260
증기압 T2 568.7
▒ VLE FOR N-BUTANOL + N-OCTANE의 참조표준 문서자료  
  • [저널정보] M. GRACIA, F.SANCHEZ, P. PEREZ, J. VALERO, C. GUTIERREZ LOSA / J.CHEM.THERMODYN. / 24 / / 843 ( 1992)
  • [저널정보] P. GIERYCZ, J. GREGOROWICZ, S. MALANOWSKI / J.CHEM.THERMODYN. / 20 / / 385 ( 1988)
  • [저널정보] P. GIERYCZ, J. GREGOROWICZ, S. MALANOWSKI / J.CHEM.THERMODYN. / 20 / / 385 ( 1988)
  • [저널정보] L.S. KUDRYAVTSEVA, M.P.SUSAREV / ZH.PRIKL.KHIM. / 361 / / 471 ( 1963)
  • [저널정보] K. SCHAEFER, W. RALL / Z.ELEKTROCHEM. / 62 / / 1090 ( 1958)


▒ VLE FOR N-BUTANOL + N-HEPTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.173
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -1096.71
A21 2971.57
B12 232428.21
B21 -159586.42
C12 0
C21 0
유효온도범위 333.15 ~ 363.15
압력불확도(%) 0
기상조정불확도(%) 0.725
▒ VLE FOR N-BUTANOL + N-HEPTANE의 참조표준 기본정보  
성분1
성분명 N-BUTANOL
Formula C4H10O
CAS No. 71-36-3
w 74.1224
Tc(K) 563
Pc(kPa) 4414
Vc(m3/kmol) 0.274
DM(Debye) 1.8
성분2
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
▒ VLE FOR N-BUTANOL + N-HEPTANE의 참조표준 세부정보  
성분1
성분명 N-BUTANOL
Formula C4H10O
CAS No. 71-36-3
w 74.1224
Tc(K) 563
Pc(kPa) 4414
Vc(m3/kmol) 0.274
DM(Debye) 1.8
Qi 3.052
Ri 3.4543
Zra 0.2538
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.00756
증기압 B 0.53783
증기압 C -9.3424
증기압 D 6.68692
증기압 T1 275
증기압 T2 563
성분2
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
Qi 4.396
Ri 5.1742
Zra 0.2604
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.67468
증기압 B 1.37068
증기압 C -3.5362
증기압 D -3.20243
증기압 T1 240
증기압 T2 540
▒ VLE FOR N-BUTANOL + N-HEPTANE의 참조표준 문서자료  
  • [저널정보] C. BERRO, A. PENELOUX / J.CHEM.ENG.DATA / 29 / / 206 ( 1984)
  • [저널정보] P. GIERYCZ, J. GREGOROWICZ, S. MALANOWSKI / J.CHEM.THERMODYN. / 20 / / 385 ( 1988)
  • [저널정보] P. GIERYCZ, J. GREGOROWICZ, S. MALANOWSKI / J.CHEM.THERMODYN. / 20 / / 385 ( 1988)
  • [저널정보] L.S. KUDRYAVTSEVA, M.P.SUSAREV / ZH.PRIKL.KHIM. / 361 / / 471 ( 1963)
  • [저널정보] K. SCHAEFER, W. RALL / Z.ELEKTROCHEM. / 62 / / 1090 ( 1958)


▒ VLE FOR N-BUTANOL + N-HEXANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.172
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -1075.9
A21 3392.3
B12 227770.98
B21 -215470.15
C12 0
C21 0
유효온도범위 298.15 ~ 380.55
압력불확도(%) 0.447
기상조정불확도(%) 1.1
▒ VLE FOR N-BUTANOL + N-HEXANE의 참조표준 기본정보  
성분1
성분명 N-BUTANOL
Formula C4H10O
CAS No. 71-36-3
w 74.1224
Tc(K) 563
Pc(kPa) 4414
Vc(m3/kmol) 0.274
DM(Debye) 1.8
성분2
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
▒ VLE FOR N-BUTANOL + N-HEXANE의 참조표준 세부정보  
성분1
성분명 N-BUTANOL
Formula C4H10O
CAS No. 71-36-3
w 74.1224
Tc(K) 563
Pc(kPa) 4414
Vc(m3/kmol) 0.274
DM(Debye) 1.8
Qi 3.052
Ri 3.4543
Zra 0.2538
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.00756
증기압 B 0.53783
증기압 C -9.3424
증기압 D 6.68692
증기압 T1 275
증기압 T2 563
성분2
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
Qi 3.856
Ri 4.4998
Zra 0.2635
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.46765
증기압 B 1.44211
증기압 C -3.28222
증기압 D -2.50941
증기압 T1 220
증기압 T2 507.6
▒ VLE FOR N-BUTANOL + N-HEXANE의 참조표준 문서자료  
  • [저널정보] N.A. SMIRNOVA, L.M. KURTYNINA / ZH.FIZ.KHIM. / 43 / / 1883 ( 1969)
  • [저널정보] CH. BERRO, M. ROGALSKI, A. PENELOUX / J.CHEM.ENG.DATA / 27 / / 352 ( 1982)
  • [저널정보] M.R.W. MACIEL, A.Z.F RANCESCONI / FLUID PHASE EQUILIB. / 50 / / 201 ( 1989)
  • [저널정보] S. GOVINDASWAMY, A. ANDIAPPAN, S. LAKSHMANAN / J.CHEM.ENG.DATA / 21 / / 366 ( 1976)
  • [저널정보] K. SCHAEFER, W. RALL / Z.ELEKTROCHEM. / 62 / / 1090 ( 1958)


▒ VLE FOR ISOPROPANOL + N-DECANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.171
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -429.76
A21 2386.37
B12 0
B21 0
C12 0
C21 0
유효온도범위 363.15 ~ 363.15
압력불확도(%) 0
기상조정불확도(%) 0.385
▒ VLE FOR ISOPROPANOL + N-DECANE의 참조표준 기본정보  
성분1
성분명 ISOPROPANOL
Formula C3H8O
CAS No. 67-63-0
w 60.0956
Tc(K) 508.3
Pc(kPa) 4764
Vc(m3/kmol) 0.222
DM(Debye) 1.7
성분2
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
▒ VLE FOR ISOPROPANOL + N-DECANE의 참조표준 세부정보  
성분1
성분명 ISOPROPANOL
Formula C3H8O
CAS No. 67-63-0
w 60.0956
Tc(K) 508.3
Pc(kPa) 4764
Vc(m3/kmol) 0.222
DM(Debye) 1.7
Qi 2.508
Ri 2.7791
Zra 0.2493
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.16927
증기압 B -0.094321
증기압 C -8.1004
증기압 D 7.85
증기압 T1 250
증기압 T2 508
성분2
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
Qi 6.016
Ri 7.1974
Zra 0.2507
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -8.5638908
증기압 B 1.9716087
증기압 C -5.7787082
증기압 D -0.6038971
증기압 T1 280
증기압 T2 617.7
▒ VLE FOR ISOPROPANOL + N-DECANE의 참조표준 문서자료  
  • [저널정보] G.A. RATCLIFF, K.L. CHAO / CAN.J.CHEM.ENG. / 47 / / 148 ( 1969)
  • [저널정보] CH. BERRO, M. ROGALSKI, A. PENELOUX / J.CHEM.ENG.DATA / 27 / / 352 ( 1982)
  • [저널정보] M.R.W. MACIEL, A.Z.F RANCESCONI / FLUID PHASE EQUILIB. / 50 / / 201 ( 1989)
  • [저널정보] S. GOVINDASWAMY, A. ANDIAPPAN, S. LAKSHMANAN / J.CHEM.ENG.DATA / 21 / / 366 ( 1976)
  • [저널정보] K. SCHAEFER, W. RALL / Z.ELEKTROCHEM. / 62 / / 1090 ( 1958)


▒ VLE FOR ISOPROPANOL + N-NONANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.170
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -385.62
A21 2305.52
B12 0
B21 0
C12 0
C21 0
유효온도범위 353.15 ~ 353.15
압력불확도(%) 0
기상조정불확도(%) 0.777
▒ VLE FOR ISOPROPANOL + N-NONANE의 참조표준 기본정보  
성분1
성분명 ISOPROPANOL
Formula C3H8O
CAS No. 67-63-0
w 60.0956
Tc(K) 508.3
Pc(kPa) 4764
Vc(m3/kmol) 0.222
DM(Debye) 1.7
성분2
성분명 N-NONANE
Formula C9H20
CAS No. 111-84-2
w 128.257
Tc(K) 594.6
Pc(kPa) 2290
Vc(m3/kmol) 0.555
DM(Debye) 1.6
▒ VLE FOR ISOPROPANOL + N-NONANE의 참조표준 세부정보  
성분1
성분명 ISOPROPANOL
Formula C3H8O
CAS No. 67-63-0
w 60.0956
Tc(K) 508.3
Pc(kPa) 4764
Vc(m3/kmol) 0.222
DM(Debye) 1.7
Qi 2.508
Ri 2.7791
Zra 0.2493
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.16927
증기압 B -0.094321
증기압 C -8.1004
증기압 D 7.85
증기압 T1 250
증기압 T2 508
성분2
성분명 N-NONANE
Formula C9H20
CAS No. 111-84-2
w 128.257
Tc(K) 594.6
Pc(kPa) 2290
Vc(m3/kmol) 0.555
DM(Debye) 1.6
Qi 5.476
Ri 6.523
Zra 0.2543
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -8.2448
증기압 B 1.57885
증기압 C -4.38155
증기압 D -4.04412
증기압 T1 343
증기압 T2 594.6
▒ VLE FOR ISOPROPANOL + N-NONANE의 참조표준 문서자료  
  • [저널정보] C. BERRO, J. WECLAWSKI, E. NEAU / INT.DATA SERIES,SEL.DATA MIXTURES, SER.A / 221 / / ( 1986)
  • [저널정보] CH. BERRO, M. ROGALSKI, A. PENELOUX / J.CHEM.ENG.DATA / 27 / / 352 ( 1982)
  • [저널정보] M.R.W. MACIEL, A.Z.F RANCESCONI / FLUID PHASE EQUILIB. / 50 / / 201 ( 1989)
  • [저널정보] S. GOVINDASWAMY, A. ANDIAPPAN, S. LAKSHMANAN / J.CHEM.ENG.DATA / 21 / / 366 ( 1976)
  • [저널정보] K. SCHAEFER, W. RALL / Z.ELEKTROCHEM. / 62 / / 1090 ( 1958)


▒ VLE FOR ISOPROPANOL + N-OCTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.169
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -122.33
A21 2445.95
B12 -90112.23
B21 -58559.46
C12 0
C21 0
유효온도범위 338.55 ~ 370.79
압력불확도(%) 0.246
기상조정불확도(%) 0.716
▒ VLE FOR ISOPROPANOL + N-OCTANE의 참조표준 기본정보  
성분1
성분명 ISOPROPANOL
Formula C3H8O
CAS No. 67-63-0
w 60.0956
Tc(K) 508.3
Pc(kPa) 4764
Vc(m3/kmol) 0.222
DM(Debye) 1.7
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
▒ VLE FOR ISOPROPANOL + N-OCTANE의 참조표준 세부정보  
성분1
성분명 ISOPROPANOL
Formula C3H8O
CAS No. 67-63-0
w 60.0956
Tc(K) 508.3
Pc(kPa) 4764
Vc(m3/kmol) 0.222
DM(Debye) 1.7
Qi 2.508
Ri 2.7791
Zra 0.2493
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.16927
증기압 B -0.094321
증기압 C -8.1004
증기압 D 7.85
증기압 T1 250
증기압 T2 508
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
Qi 4.936
Ri 5.8486
Zra 0.2571
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.91211
증기압 B 1.38007
증기압 C -3.80435
증기압 D -4.50132
증기압 T1 260
증기압 T2 568.7
▒ VLE FOR ISOPROPANOL + N-OCTANE의 참조표준 문서자료  
  • [저널정보] C. BERRO / INT.DATA SERIES,SEL.DATA MIXTURES, SER.A / 96 / / ( 1987)
  • [저널정보] P.S. PRABHU, M. VAN WINKLE / J.CHEM.ENG.DATA / 8 / / 14 ( 1963)
  • [저널정보] M.R.W. MACIEL, A.Z.F RANCESCONI / FLUID PHASE EQUILIB. / 50 / / 201 ( 1989)
  • [저널정보] S. GOVINDASWAMY, A. ANDIAPPAN, S. LAKSHMANAN / J.CHEM.ENG.DATA / 21 / / 366 ( 1976)
  • [저널정보] K. SCHAEFER, W. RALL / Z.ELEKTROCHEM. / 62 / / 1090 ( 1958)


▒ VLE FOR ISOPROPANOL + N-HEPTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.168
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -393.89
A21 2256.86
B12 10033.31
B21 6255.82
C12 0
C21 0
유효온도범위 303.15 ~ 371.55
압력불확도(%) 0.164
기상조정불확도(%) 2.901
▒ VLE FOR ISOPROPANOL + N-HEPTANE의 참조표준 기본정보  
성분1
성분명 ISOPROPANOL
Formula C3H8O
CAS No. 67-63-0
w 60.0956
Tc(K) 508.3
Pc(kPa) 4764
Vc(m3/kmol) 0.222
DM(Debye) 1.7
성분2
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
▒ VLE FOR ISOPROPANOL + N-HEPTANE의 참조표준 세부정보  
성분1
성분명 ISOPROPANOL
Formula C3H8O
CAS No. 67-63-0
w 60.0956
Tc(K) 508.3
Pc(kPa) 4764
Vc(m3/kmol) 0.222
DM(Debye) 1.7
Qi 2.508
Ri 2.7791
Zra 0.2493
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.16927
증기압 B -0.094321
증기압 C -8.1004
증기압 D 7.85
증기압 T1 250
증기압 T2 508
성분2
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
Qi 4.396
Ri 5.1742
Zra 0.2604
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.67468
증기압 B 1.37068
증기압 C -3.5362
증기압 D -3.20243
증기압 T1 240
증기압 T2 540
▒ VLE FOR ISOPROPANOL + N-HEPTANE의 참조표준 문서자료  
  • [저널정보] R. BARRAZA, J. EDWARDS / MONATSH.CHEM. / 112 / / 925 ( 1981)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)
  • [저널정보] J. WISNIAK, A.APELBLAT , A. TAMIR / J.CHEM.ENG.DATA / 25 / / 113 ( 1980)
  • [저널정보] S. GOVINDASWAMY, A. ANDIAPPAN, S. LAKSHMANAN / J.CHEM.ENG.DATA / 21 / / 366 ( 1976)
  • [저널정보] K. SCHAEFER, W. RALL / Z.ELEKTROCHEM. / 62 / / 1090 ( 1958)


▒ VLE FOR ISOPROPANOL + N-HEXANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.167
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -989.24
A21 2948.58
B12 220944.88
B21 -200777.04
C12 0
C21 0
유효온도범위 323.15 ~ 348.15
압력불확도(%) 0
기상조정불확도(%) 1.734
▒ VLE FOR ISOPROPANOL + N-HEXANE의 참조표준 기본정보  
성분1
성분명 ISOPROPANOL
Formula C3H8O
CAS No. 67-63-0
w 60.0956
Tc(K) 508.3
Pc(kPa) 4764
Vc(m3/kmol) 0.222
DM(Debye) 1.7
성분2
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
▒ VLE FOR ISOPROPANOL + N-HEXANE의 참조표준 세부정보  
성분1
성분명 ISOPROPANOL
Formula C3H8O
CAS No. 67-63-0
w 60.0956
Tc(K) 508.3
Pc(kPa) 4764
Vc(m3/kmol) 0.222
DM(Debye) 1.7
Qi 2.508
Ri 2.7791
Zra 0.2493
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.16927
증기압 B -0.094321
증기압 C -8.1004
증기압 D 7.85
증기압 T1 250
증기압 T2 508
성분2
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
Qi 3.856
Ri 4.4998
Zra 0.2635
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.46765
증기압 B 1.44211
증기압 C -3.28222
증기압 D -2.50941
증기압 T1 220
증기압 T2 507.6
▒ VLE FOR ISOPROPANOL + N-HEXANE의 참조표준 문서자료  
  • [저널정보] M.R.W. MACIEL, A.Z. FRANCESCONI / J.CHEM.THERMODYN. / 20 / / 539 ( 1988)
  • [저널정보] C. BERRO, E. NEAU, M.ROGALSKI / FLUID PHASE EQUILIB. / 7 / / 41 ( 1981)
  • [저널정보] R. BARRAZA, J. EDWARDS / MONATSH.CHEM. / 112 / / 925 ( 1981)
  • [저널정보] S. GOVINDASWAMY, A. ANDIAPPAN, S. LAKSHMANAN / J.CHEM.ENG.DATA / 21 / / 366 ( 1976)
  • [저널정보] K. SCHAEFER, W. RALL / Z.ELEKTROCHEM. / 62 / / 1090 ( 1958)


▒ VLE FOR N-PROPANOL + N-DECANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.166
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -2207
A21 2559.47
B12 659182
B21 -146282.24
C12 0
C21 0
유효온도범위 363.15 ~ 368.15
압력불확도(%) 0
기상조정불확도(%) 0.784
▒ VLE FOR N-PROPANOL + N-DECANE의 참조표준 기본정보  
성분1
성분명 N-PROPANOL
Formula C3H8O
CAS No. 71-23-8
w 60.0956
Tc(K) 536.8
Pc(kPa) 5169
Vc(m3/kmol) 0.218
DM(Debye) 1.7
성분2
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
▒ VLE FOR N-PROPANOL + N-DECANE의 참조표준 세부정보  
성분1
성분명 N-PROPANOL
Formula C3H8O
CAS No. 71-23-8
w 60.0956
Tc(K) 536.8
Pc(kPa) 5169
Vc(m3/kmol) 0.218
DM(Debye) 1.7
Qi 2.512
Ri 2.7799
Zra 0.2541
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.05594
증기압 B 0.042518
증기압 C -7.51296
증기압 D 6.89004
증기압 T1 260
증기압 T2 536.8
성분2
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
Qi 6.016
Ri 7.1974
Zra 0.2507
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -8.5638908
증기압 B 1.9716087
증기압 C -5.7787082
증기압 D -0.6038971
증기압 T1 280
증기압 T2 617.7
▒ VLE FOR N-PROPANOL + N-DECANE의 참조표준 문서자료  
  • [저널정보] G.A. RATCLIFF, K.L.CHAO / CAN.J.CHEM.ENG. / 47 / / 148 ( 1969)
  • [저널정보] S.R.M.ELLIS, C. MC DERMOTT, J.C.L. WILLIAMS / PROC.OF THE INTERN.SYMP.ON DIST.,INST.CHEM.ENGRS.,LONDON / / / ( 1960)
  • [저널정보] R. BARRAZA, J. EDWARDS / MONATSH.CHEM. / 112 / / 925 ( 1981)
  • [저널정보] S. GOVINDASWAMY, A. ANDIAPPAN, S. LAKSHMANAN / J.CHEM.ENG.DATA / 21 / / 366 ( 1976)
  • [저널정보] K. SCHAEFER, W. RALL / Z.ELEKTROCHEM. / 62 / / 1090 ( 1958)


▒ VLE FOR N-PROPANOL + N-OCTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.165
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -913.68
A21 2796.46
B12 193759.73
B21 -111101.36
C12 0
C21 0
유효온도범위 313.15 ~ 390.35
압력불확도(%) 0.783
기상조정불확도(%) 1.709
▒ VLE FOR N-PROPANOL + N-OCTANE의 참조표준 기본정보  
성분1
성분명 N-PROPANOL
Formula C3H8O
CAS No. 71-23-8
w 60.0956
Tc(K) 536.8
Pc(kPa) 5169
Vc(m3/kmol) 0.218
DM(Debye) 1.7
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
▒ VLE FOR N-PROPANOL + N-OCTANE의 참조표준 세부정보  
성분1
성분명 N-PROPANOL
Formula C3H8O
CAS No. 71-23-8
w 60.0956
Tc(K) 536.8
Pc(kPa) 5169
Vc(m3/kmol) 0.218
DM(Debye) 1.7
Qi 2.512
Ri 2.7799
Zra 0.2541
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.05594
증기압 B 0.042518
증기압 C -7.51296
증기압 D 6.89004
증기압 T1 260
증기압 T2 536.8
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
Qi 4.936
Ri 5.8486
Zra 0.2571
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.91211
증기압 B 1.38007
증기압 C -3.80435
증기압 D -4.50132
증기압 T1 260
증기압 T2 568.7
▒ VLE FOR N-PROPANOL + N-OCTANE의 참조표준 문서자료  
  • [저널정보] C. BERRO / INT.DATA SERIES,SEL.DATA MIXTURES, SER.A / 73 / / ( 1987)
  • [저널정보] J. ZIELKIEWICZ / J.CHEM.THERMODYN. / 24 / / 455 ( 1992)
  • [저널정보] V.S. TIMOFEEV, V.YU.ARISTOVICH, I.I SABYLIN / IZV.VYSSH.UCHEBN.ZAVED.KHIM.KHIM.TEKHNOL. / 18 / / 1219 ( 1975)
  • [저널정보] M. DIAZ PENA, D.R.CHEDA / AN.QUIM. / 66 / / 747 ( 1970)
  • [저널정보] S.J. FU, B.C.Y.LU / J.APPL.CHEM. / 16 / / 324 ( 1966)
  • [저널정보] L.L. LEE, W.A.SCHELLER / J.CHEM.ENG.DATA / 12 / / 497 ( 1967)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR N-PROPANOL + N-HEPTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.164
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -969.2
A21 1575.85
B12 219733.46
B21 286172.81
C12 0
C21 0
유효온도범위 333.15 ~ 371.55
압력불확도(%) 0.117
기상조정불확도(%) 3.603
▒ VLE FOR N-PROPANOL + N-HEPTANE의 참조표준 기본정보  
성분1
성분명 N-PROPANOL
Formula C3H8O
CAS No. 71-23-8
w 60.0956
Tc(K) 536.8
Pc(kPa) 5169
Vc(m3/kmol) 0.218
DM(Debye) 1.7
성분2
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
▒ VLE FOR N-PROPANOL + N-HEPTANE의 참조표준 세부정보  
성분1
성분명 N-PROPANOL
Formula C3H8O
CAS No. 71-23-8
w 60.0956
Tc(K) 536.8
Pc(kPa) 5169
Vc(m3/kmol) 0.218
DM(Debye) 1.7
Qi 2.512
Ri 2.7799
Zra 0.2541
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.05594
증기압 B 0.042518
증기압 C -7.51296
증기압 D 6.89004
증기압 T1 260
증기압 T2 536.8
성분2
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
Qi 4.396
Ri 5.1742
Zra 0.2604
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.67468
증기압 B 1.37068
증기압 C -3.5362
증기압 D -3.20243
증기압 T1 240
증기압 T2 540


▒ VLE FOR N-PROPANOL + N-HEXANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.163
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -778.41
A21 2960.03
B12 148683.44
B21 -31789.02
C12 0
C21 0
유효온도범위 298.15 ~ 323.15
압력불확도(%) 0
기상조정불확도(%) 0.84
▒ VLE FOR N-PROPANOL + N-HEXANE의 참조표준 기본정보  
성분1
성분명 N-PROPANOL
Formula C3H8O
CAS No. 71-23-8
w 60.0956
Tc(K) 536.8
Pc(kPa) 5169
Vc(m3/kmol) 0.218
DM(Debye) 1.7
성분2
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
▒ VLE FOR N-PROPANOL + N-HEXANE의 참조표준 세부정보  
성분1
성분명 N-PROPANOL
Formula C3H8O
CAS No. 71-23-8
w 60.0956
Tc(K) 536.8
Pc(kPa) 5169
Vc(m3/kmol) 0.218
DM(Debye) 1.7
Qi 2.512
Ri 2.7799
Zra 0.2541
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.05594
증기압 B 0.042518
증기압 C -7.51296
증기압 D 6.89004
증기압 T1 260
증기압 T2 536.8
성분2
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
Qi 3.856
Ri 4.4998
Zra 0.2635
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.46765
증기압 B 1.44211
증기압 C -3.28222
증기압 D -2.50941
증기압 T1 220
증기압 T2 507.6
▒ VLE FOR N-PROPANOL + N-HEXANE의 참조표준 문서자료  
  • [저널정보] M.V. ALEKSEEVA, M.F. MOISEENKO / KHIM.TERMODIN.RASTVOROV / 5 / / 179 ( 1982)
  • [저널정보] M. DIAZ PENA, D.R. CHEDA / AN.QUIM. / 66 / / 747 ( 1970)
  • [저널정보] V.S. TIMOFEEV, V.YU.ARISTOVICH, I.I SABYLIN / IZV.VYSSH.UCHEBN.ZAVED.KHIM.KHIM.TEKHNOL. / 18 / / 1219 ( 1975)
  • [저널정보] M. DIAZ PENA, D.R.CHEDA / AN.QUIM. / 66 / / 747 ( 1970)
  • [저널정보] S.J. FU, B.C.Y.LU / J.APPL.CHEM. / 16 / / 324 ( 1966)
  • [저널정보] L.L. LEE, W.A.SCHELLER / J.CHEM.ENG.DATA / 12 / / 497 ( 1967)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR ETHANOL + N-DECANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.162
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -146.36
A21 1742.8
B12 0
B21 0
C12 0
C21 0
유효온도범위 351.45 ~ 447.15
압력불확도(%) 1.336
기상조정불확도(%) 0
▒ VLE FOR ETHANOL + N-DECANE의 참조표준 기본정보  
성분1
성분명 ETHANOL
Formula C2H6O
CAS No. 64-17-5
w 46.0688
Tc(K) 514
Pc(kPa) 6137
Vc(m3/kmol) 0.168
DM(Debye) 1.7
성분2
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
▒ VLE FOR ETHANOL + N-DECANE의 참조표준 세부정보  
성분1
성분명 ETHANOL
Formula C2H6O
CAS No. 64-17-5
w 46.0688
Tc(K) 514
Pc(kPa) 6137
Vc(m3/kmol) 0.168
DM(Debye) 1.7
Qi 1.972
Ri 2.1055
Zra 0.2502
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.51838
증기압 B 0.34163
증기압 C -5.73683
증기압 D 8.32581
증기압 T1 293
증기압 T2 514
성분2
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
Qi 6.016
Ri 7.1974
Zra 0.2507
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -8.5638908
증기압 B 1.9716087
증기압 C -5.7787082
증기압 D -0.6038971
증기압 T1 280
증기압 T2 617.7
▒ VLE FOR ETHANOL + N-DECANE의 참조표준 문서자료  
  • [저널정보] S.R.M. ELLIS , J.M. SPURR / BRIT.CHEM.ENG. / 6 / / 92 ( 1961)
  • [저널정보] M. DIAZ PENA, D.R. CHEDA / AN.QUIM. / 66 / / 747 ( 1970)
  • [저널정보] V.S. TIMOFEEV, V.YU.ARISTOVICH, I.I SABYLIN / IZV.VYSSH.UCHEBN.ZAVED.KHIM.KHIM.TEKHNOL. / 18 / / 1219 ( 1975)
  • [저널정보] M. DIAZ PENA, D.R.CHEDA / AN.QUIM. / 66 / / 747 ( 1970)
  • [저널정보] S.J. FU, B.C.Y.LU / J.APPL.CHEM. / 16 / / 324 ( 1966)
  • [저널정보] L.L. LEE, W.A.SCHELLER / J.CHEM.ENG.DATA / 12 / / 497 ( 1967)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR ETHANOL + N-NONANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.161
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -58.76
A21 3351.99
B12 -61300.85
B21 -227752.51
C12 0
C21 0
유효온도범위 343.21 ~ 355.55
압력불확도(%) 0.166
기상조정불확도(%) 0.375
▒ VLE FOR ETHANOL + N-NONANE의 참조표준 기본정보  
성분1
성분명 ETHANOL
Formula C2H6O
CAS No. 64-17-5
w 46.0688
Tc(K) 514
Pc(kPa) 6137
Vc(m3/kmol) 0.168
DM(Debye) 1.7
성분2
성분명 N-NONANE
Formula C9H20
CAS No. 111-84-2
w 128.257
Tc(K) 594.6
Pc(kPa) 2290
Vc(m3/kmol) 0.555
DM(Debye) 1.6
▒ VLE FOR ETHANOL + N-NONANE의 참조표준 세부정보  
성분1
성분명 ETHANOL
Formula C2H6O
CAS No. 64-17-5
w 46.0688
Tc(K) 514
Pc(kPa) 6137
Vc(m3/kmol) 0.168
DM(Debye) 1.7
Qi 1.972
Ri 2.1055
Zra 0.2502
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.51838
증기압 B 0.34163
증기압 C -5.73683
증기압 D 8.32581
증기압 T1 293
증기압 T2 514
성분2
성분명 N-NONANE
Formula C9H20
CAS No. 111-84-2
w 128.257
Tc(K) 594.6
Pc(kPa) 2290
Vc(m3/kmol) 0.555
DM(Debye) 1.6
Qi 5.476
Ri 6.523
Zra 0.2543
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -8.2448
증기압 B 1.57885
증기압 C -4.38155
증기압 D -4.04412
증기압 T1 343
증기압 T2 594.6
▒ VLE FOR ETHANOL + N-NONANE의 참조표준 문서자료  
  • [저널정보] C. BERRO, M. ROGALSKI, A.PENELOUX / FLUID PHASE EQUILIB. / 8 / / 55 ( 1982)
  • [저널정보] V.A. KOSHELKOV , T.G. PAVLENKO, V.S. TIMOFEEV, L.A.SERAFIMOV / TR.ALTAISK.POLITEKH.INST. / 41 / / 74 ( 1974)
  • [저널정보] V.S. TIMOFEEV, V.YU.ARISTOVICH, I.I SABYLIN / IZV.VYSSH.UCHEBN.ZAVED.KHIM.KHIM.TEKHNOL. / 18 / / 1219 ( 1975)
  • [저널정보] M. DIAZ PENA, D.R.CHEDA / AN.QUIM. / 66 / / 747 ( 1970)
  • [저널정보] S.J. FU, B.C.Y.LU / J.APPL.CHEM. / 16 / / 324 ( 1966)
  • [저널정보] L.L. LEE, W.A.SCHELLER / J.CHEM.ENG.DATA / 12 / / 497 ( 1967)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR ETHANOL + N-HEXANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.160
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -439.19
A21 3100.42
B12 80165.79
B21 -76269.81
C12 0
C21 0
유효온도범위 298.15 ~ 333.15
압력불확도(%) 0
기상조정불확도(%) 1.658
▒ VLE FOR ETHANOL + N-HEXANE의 참조표준 기본정보  
성분1
성분명 ETHANOL
Formula C2H6O
CAS No. 64-17-5
w 46.0688
Tc(K) 514
Pc(kPa) 6137
Vc(m3/kmol) 0.168
DM(Debye) 1.7
성분2
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
▒ VLE FOR ETHANOL + N-HEXANE의 참조표준 세부정보  
성분1
성분명 ETHANOL
Formula C2H6O
CAS No. 64-17-5
w 46.0688
Tc(K) 514
Pc(kPa) 6137
Vc(m3/kmol) 0.168
DM(Debye) 1.7
Qi 1.972
Ri 2.1055
Zra 0.2502
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.51838
증기압 B 0.34163
증기압 C -5.73683
증기압 D 8.32581
증기압 T1 293
증기압 T2 514
성분2
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
Qi 3.856
Ri 4.4998
Zra 0.2635
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.46765
증기압 B 1.44211
증기압 C -3.28222
증기압 D -2.50941
증기압 T1 220
증기압 T2 507.6
▒ VLE FOR ETHANOL + N-HEXANE의 참조표준 문서자료  
  • [저널정보] V.C. SMITH, R.L. ROBINSON / J.CHEM.ENG.DATA / 15 / / 391 ( 1970)
  • [저널정보] L.S. KUDRYAVTSEVA , M.P. SUSAREV / ZH.PRIKL.KHIM. / 36 / / 1471 ( 1963)
  • [저널정보] M. DIAZ PENA, D.R.CHEDA / AN.QUIM. / 66 / / 721 ( 1970)
  • [저널정보] G.W. LINDBERG, D. TASSIOS / J.CHEM.ENG.DATA / 16 / / 52 ( 1971)
  • [저널정보] S.J. FU, B.C.Y.LU / J.APPL.CHEM. / 16 / / 324 ( 1966)
  • [저널정보] L.L. LEE, W.A.SCHELLER / J.CHEM.ENG.DATA / 12 / / 497 ( 1967)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR METHANOL + N-OCTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.159
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 161.74
A21 2523.36
B12 -56386.9
B21 19910.44
C12 0
C21 0
유효온도범위 320.79 ~ 398.75
압력불확도(%) 1.04
기상조정불확도(%) 0
▒ VLE FOR METHANOL + N-OCTANE의 참조표준 기본정보  
성분1
성분명 METHANOL
Formula CH4O
CAS No. 67-56-1
w 32.042
Tc(K) 512.5
Pc(kPa) 8084
Vc(m3/kmol) 0.117
DM(Debye) 1.7
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
▒ VLE FOR METHANOL + N-OCTANE의 참조표준 세부정보  
성분1
성분명 METHANOL
Formula CH4O
CAS No. 67-56-1
w 32.042
Tc(K) 512.5
Pc(kPa) 8084
Vc(m3/kmol) 0.117
DM(Debye) 1.7
Qi 1.432
Ri 1.4311
Zra 0.2364
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.54796
증기압 B 0.76982
증기압 C -3.1085
증기압 D 1.54481
증기압 T1 288
증기압 T2 512.5
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
Qi 4.936
Ri 5.8486
Zra 0.2571
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.91211
증기압 B 1.38007
증기압 C -3.80435
증기압 D -4.50132
증기압 T1 260
증기압 T2 568.7
▒ VLE FOR METHANOL + N-OCTANE의 참조표준 문서자료  
  • [저널정보] L.S. BUDANTSEVA, T.M. LESTEVA, M.S.NEMTSOV / ZH.FIZ.KHIM. / 49 / / 1844 ( 1975)
  • [저널정보] K. ZIEBORAK, Z. MACZYNSKA / ROCZ.CHEM. / 32 / / 295 ( 1958)
  • [저널정보] M. DIAZ PENA, D.R.CHEDA / AN.QUIM. / 66 / / 721 ( 1970)
  • [저널정보] G.W. LINDBERG, D. TASSIOS / J.CHEM.ENG.DATA / 16 / / 52 ( 1971)
  • [저널정보] S.J. FU, B.C.Y.LU / J.APPL.CHEM. / 16 / / 324 ( 1966)
  • [저널정보] L.L. LEE, W.A.SCHELLER / J.CHEM.ENG.DATA / 12 / / 497 ( 1967)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR METHANOL + N-HEPTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.158
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 827.14
A21 800.95
B12 -10951.05
B21 1015.08
C12 0
C21 0
유효온도범위 331.95 ~ 371.55
압력불확도(%) 0.512
기상조정불확도(%) 0
▒ VLE FOR METHANOL + N-HEPTANE의 참조표준 기본정보  
성분1
성분명 METHANOL
Formula CH4O
CAS No. 67-56-1
w 32.042
Tc(K) 512.5
Pc(kPa) 8084
Vc(m3/kmol) 0.117
DM(Debye) 1.7
성분2
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
▒ VLE FOR METHANOL + N-HEPTANE의 참조표준 세부정보  
성분1
성분명 METHANOL
Formula CH4O
CAS No. 67-56-1
w 32.042
Tc(K) 512.5
Pc(kPa) 8084
Vc(m3/kmol) 0.117
DM(Debye) 1.7
Qi 1.432
Ri 1.4311
Zra 0.2364
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.54796
증기압 B 0.76982
증기압 C -3.1085
증기압 D 1.54481
증기압 T1 288
증기압 T2 512.5
성분2
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
Qi 4.396
Ri 5.1742
Zra 0.2604
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.67468
증기압 B 1.37068
증기압 C -3.5362
증기압 D -3.20243
증기압 T1 240
증기압 T2 540
▒ VLE FOR METHANOL + N-HEPTANE의 참조표준 문서자료  
  • [저널정보] L.S. BUDANTSEVA, T.M. LESTEVA, M.S. NEMTSOV / ZH.FIZ.KHIM. / 49 / / 1844 ( 1975)
  • [저널정보] M. BENEDICT, C.A. JOHNSON, E. SOLOMON, L.C. RUBIN / TRANS.AM.INST.CHEM.ENG. / 41 / / 371 ( 1945)
  • [저널정보] M. DIAZ PENA, D.R.CHEDA / AN.QUIM. / 66 / / 721 ( 1970)
  • [저널정보] G.W. LINDBERG, D. TASSIOS / J.CHEM.ENG.DATA / 16 / / 52 ( 1971)
  • [저널정보] S.J. FU, B.C.Y.LU / J.APPL.CHEM. / 16 / / 324 ( 1966)
  • [저널정보] L.L. LEE, W.A.SCHELLER / J.CHEM.ENG.DATA / 12 / / 497 ( 1967)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR N-OCTANE + ETHYLBENZENE의 참조표준  
참조표준 번호 KSRD.01.2008.001.157
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 200.42
A21 -204.92
B12 6304.71
B21 18013.04
C12 0
C21 0
유효온도범위 373.15 ~ 409.35
압력불확도(%) 0.03
기상조정불확도(%) 0.187
▒ VLE FOR N-OCTANE + ETHYLBENZENE의 참조표준 기본정보  
성분1
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
성분2
성분명 ETHYLBENZENE
Formula C8H10
CAS No. 100-41-4
w 106.167
Tc(K) 617.15
Pc(kPa) 3609
Vc(m3/kmol) 0.374
DM(Debye) 0.4
▒ VLE FOR N-OCTANE + ETHYLBENZENE의 참조표준 세부정보  
성분1
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
Qi 4.936
Ri 5.8486
Zra 0.2571
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.91211
증기압 B 1.38007
증기압 C -3.80435
증기압 D -4.50132
증기압 T1 260
증기압 T2 568.7
성분2
성분명 ETHYLBENZENE
Formula C8H10
CAS No. 100-41-4
w 106.167
Tc(K) 617.15
Pc(kPa) 3609
Vc(m3/kmol) 0.374
DM(Debye) 0.4
Qi 3.508
Ri 4.5972
Zra 0.2626
Vapor Pressure Equation P=A+B*T+C*T2+D*T3+E*T4+F*T5
증기압 A -7.48645
증기압 B 1.45488
증기압 C -3.37538
증기압 D -2.23048
증기압 T1 330
증기압 T2 617
▒ VLE FOR N-OCTANE + ETHYLBENZENE의 참조표준 문서자료  
  • [저널정보] B. WISNIEWSKA / J.CHEM.THERMODYN. / 19 / / 897 ( 1987)
  • [저널정보] C.P. YANG, M. VAN WINKLE / IND.ENG.CHEM. / 47 / / 293 ( 1955)
  • [저널정보] M. DIAZ PENA, D.R.CHEDA / AN.QUIM. / 66 / / 721 ( 1970)
  • [저널정보] G.W. LINDBERG, D. TASSIOS / J.CHEM.ENG.DATA / 16 / / 52 ( 1971)
  • [저널정보] S.J. FU, B.C.Y.LU / J.APPL.CHEM. / 16 / / 324 ( 1966)
  • [저널정보] L.L. LEE, W.A.SCHELLER / J.CHEM.ENG.DATA / 12 / / 497 ( 1967)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR ETHYLBENZENE + N-HEXANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.156
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 44.92
A21 0.07
B12 0
B21 0
C12 0
C21 0
유효온도범위 338.15 ~ 338.15
압력불확도(%) 0
기상조정불확도(%) 0.242
▒ VLE FOR ETHYLBENZENE + N-HEXANE의 참조표준 기본정보  
성분1
성분명 ETHYLBENZENE
Formula C8H10
CAS No. 100-41-4
w 106.167
Tc(K) 617.15
Pc(kPa) 3609
Vc(m3/kmol) 0.374
DM(Debye) 0.4
성분2
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
▒ VLE FOR ETHYLBENZENE + N-HEXANE의 참조표준 세부정보  
성분1
성분명 ETHYLBENZENE
Formula C8H10
CAS No. 100-41-4
w 106.167
Tc(K) 617.15
Pc(kPa) 3609
Vc(m3/kmol) 0.374
DM(Debye) 0.4
Qi 3.508
Ri 4.5972
Zra 0.2626
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.48645
증기압 B 1.45488
증기압 C -3.37538
증기압 D -2.23048
증기압 T1 330
증기압 T2 617
성분2
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
Qi 3.856
Ri 4.4998
Zra 0.2635
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.46765
증기압 B 1.44211
증기압 C -3.28222
증기압 D -2.50941
증기압 T1 220
증기압 T2 507.6
▒ VLE FOR ETHYLBENZENE + N-HEXANE의 참조표준 문서자료  
  • [저널정보] C. BERRO, F. LAICHOUBI, E. RAUZY, / J.CHEM.ENG.DATA / 36 / / 474 ( 1991)
  • [저널정보] C.P. YANG, M. VAN WINKLE / IND.ENG.CHEM. / 47 / / 293 ( 1955)
  • [저널정보] M. DIAZ PENA, D.R.CHEDA / AN.QUIM. / 66 / / 721 ( 1970)
  • [저널정보] G.W. LINDBERG, D. TASSIOS / J.CHEM.ENG.DATA / 16 / / 52 ( 1971)
  • [저널정보] S.J. FU, B.C.Y.LU / J.APPL.CHEM. / 16 / / 324 ( 1966)
  • [저널정보] L.L. LEE, W.A.SCHELLER / J.CHEM.ENG.DATA / 12 / / 497 ( 1967)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR TOLUENE + N-DECANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.155
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 708.3
A21 -352.37
B12 -23883.28
B21 -18510.75
C12 0
C21 0
유효온도범위 373.5 ~ 393.7
압력불확도(%) 0
기상조정불확도(%) 7.22
▒ VLE FOR TOLUENE + N-DECANE의 참조표준 기본정보  
성분1
성분명 TOLUENE
Formula C7H8
CAS No. 108-88-3
w 92.1402
Tc(K) 591.75
Pc(kPa) 4108
Vc(m3/kmol) 0.316
DM(Debye) 0.4
성분2
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
▒ VLE FOR TOLUENE + N-DECANE의 참조표준 세부정보  
성분1
성분명 TOLUENE
Formula C7H8
CAS No. 108-88-3
w 92.1402
Tc(K) 591.75
Pc(kPa) 4108
Vc(m3/kmol) 0.316
DM(Debye) 0.4
Qi 2.968
Ri 3.9228
Zra 0.2644
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.28607
증기압 B 1.38091
증기압 C -2.83433
증기압 D -2.79168
증기압 T1 309
증기압 T2 591.75
성분2
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
Qi 6.016
Ri 7.1974
Zra 0.2507
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -8.5638908
증기압 B 1.9716087
증기압 C -5.7787082
증기압 D -0.6038971
증기압 T1 280
증기압 T2 617.7
▒ VLE FOR TOLUENE + N-DECANE의 참조표준 문서자료  
  • [저널정보] B. WILLMAN, A.S. TEJA / J.CHEM.ENG.DATA / 30 / / 116 ( 1985)
  • [저널정보] C.P. YANG, M. VAN WINKLE / IND.ENG.CHEM. / 47 / / 293 ( 1955)
  • [저널정보] M. DIAZ PENA, D.R.CHEDA / AN.QUIM. / 66 / / 721 ( 1970)
  • [저널정보] G.W. LINDBERG, D. TASSIOS / J.CHEM.ENG.DATA / 16 / / 52 ( 1971)
  • [저널정보] S.J. FU, B.C.Y.LU / J.APPL.CHEM. / 16 / / 324 ( 1966)
  • [저널정보] L.L. LEE, W.A.SCHELLER / J.CHEM.ENG.DATA / 12 / / 497 ( 1967)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR BENZENE + N-DECANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.154
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -278.63
A21 -60.43
B12 70478.88
B21 72631.13
C12 0
C21 0
유효온도범위 298.15 ~ 353.15
압력불확도(%) 0
기상조정불확도(%) 1.976
▒ VLE FOR BENZENE + N-DECANE의 참조표준 기본정보  
성분1
성분명 BENZENE
Formula C6H6
CAS No. 71-43-2
w 78.1134
Tc(K) 562.05
Pc(kPa) 4895
Vc(m3/kmol) 0.256
DM(Debye) 0
성분2
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
▒ VLE FOR BENZENE + N-DECANE의 참조표준 세부정보  
성분1
성분명 BENZENE
Formula C6H6
CAS No. 71-43-2
w 78.1134
Tc(K) 562.05
Pc(kPa) 4895
Vc(m3/kmol) 0.256
DM(Debye) 0
Qi 2.4
Ri 3.1878
Zra 0.2698
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -6.98273
증기압 B 1.33213
증기압 C -2.62863
증기압 D -3.33399
증기압 T1 288
증기압 T2 562
성분2
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
Qi 6.016
Ri 7.1974
Zra 0.2507
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -8.5638908
증기압 B 1.9716087
증기압 C -5.7787082
증기압 D -0.6038971
증기압 T1 280
증기압 T2 617.7
▒ VLE FOR BENZENE + N-DECANE의 참조표준 문서자료  
  • [저널정보] U. MESSOW, D. SCHUETZE, R. PFESTORF, D. KUCHENBECKER / Z.PHYS.CHEM.(LEIPZIG) / 258 / / 24 ( 1977)
  • [저널정보] R.G. RUBIO, J.A.R. RENUNCIO, M. DIAZ PENA / INT.J.THERMOPHYS. / 3 / / 325 ( 1982)
  • [저널정보] S. VAN PHAM / THESIS, LEIPZIG / / / ( 1983)
  • [저널정보] G.W. LINDBERG, D. TASSIOS / J.CHEM.ENG.DATA / 16 / / 52 ( 1971)
  • [저널정보] S.J. FU, B.C.Y.LU / J.APPL.CHEM. / 16 / / 324 ( 1966)
  • [저널정보] L.L. LEE, W.A.SCHELLER / J.CHEM.ENG.DATA / 12 / / 497 ( 1967)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR BENZENE + N-OCTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.153
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -125.8
A21 25.28
B12 25144.81
B21 39991.03
C12 0
C21 0
유효온도범위 298.13 ~ 348.15
압력불확도(%) 0
기상조정불확도(%) 0.916
▒ VLE FOR BENZENE + N-OCTANE의 참조표준 기본정보  
성분1
성분명 BENZENE
Formula C6H6
CAS No. 71-43-2
w 78.1134
Tc(K) 562.05
Pc(kPa) 4895
Vc(m3/kmol) 0.256
DM(Debye) 0
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
▒ VLE FOR BENZENE + N-OCTANE의 참조표준 세부정보  
성분1
성분명 BENZENE
Formula C6H6
CAS No. 71-43-2
w 78.1134
Tc(K) 562.05
Pc(kPa) 4895
Vc(m3/kmol) 0.256
DM(Debye) 0
Qi 2.4
Ri 3.1878
Zra 0.2698
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -6.98273
증기압 B 1.33213
증기압 C -2.62863
증기압 D -3.33399
증기압 T1 288
증기압 T2 562
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
Qi 4.936
Ri 5.8486
Zra 0.2571
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.91211
증기압 B 1.38007
증기압 C -3.80435
증기압 D -4.50132
증기압 T1 260
증기압 T2 568.7
▒ VLE FOR BENZENE + N-OCTANE의 참조표준 문서자료  
  • [저널정보] I.M. ELSHAYAL, B.C.Y. LU / J.APPL.CHEM. / 18 / / 277 ( 1968)
  • [저널정보] D.V.S. JAIN, V.K. GUPTA, B.S. LARK / J.CHEM.THERMODYN. / 5 / / 451 ( 1973)
  • [저널정보] S. VAN PHAM / THESIS, LEIPZIG / / / ( 1983)
  • [저널정보] G.W. LINDBERG, D. TASSIOS / J.CHEM.ENG.DATA / 16 / / 52 ( 1971)
  • [저널정보] S.J. FU, B.C.Y.LU / J.APPL.CHEM. / 16 / / 324 ( 1966)
  • [저널정보] L.L. LEE, W.A.SCHELLER / J.CHEM.ENG.DATA / 12 / / 497 ( 1967)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR BENZENE + N-HEXANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.152
참조표준 등급 검증 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -104.66
A21 50.6
B12 24726.07
B21 28296.33
C12 0
C21 0
유효온도범위 298.15 ~ 343.15
압력불확도(%) 0
기상조정불확도(%) 0.852
▒ VLE FOR BENZENE + N-HEXANE의 참조표준 기본정보  
성분1
성분명 BENZENE
Formula C6H6
CAS No. 71-43-2
w 78.1134
Tc(K) 562.05
Pc(kPa) 4895
Vc(m3/kmol) 0.256
DM(Debye) 0
성분2
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
▒ VLE FOR BENZENE + N-HEXANE의 참조표준 세부정보  
성분1
성분명 BENZENE
Formula C6H6
CAS No. 71-43-2
w 78.1134
Tc(K) 562.05
Pc(kPa) 4895
Vc(m3/kmol) 0.256
DM(Debye) 0
Qi 2.4
Ri 3.1878
Zra 0.2698
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -6.98273
증기압 B 1.33213
증기압 C -2.62863
증기압 D -3.33399
증기압 T1 288
증기압 T2 562
성분2
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
Qi 3.856
Ri 4.4998
Zra 0.2635
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.46765
증기압 B 1.44211
증기압 C -3.28222
증기압 D -2.50941
증기압 T1 220
증기압 T2 507.6
▒ VLE FOR BENZENE + N-HEXANE의 참조표준 문서자료  
  • [저널정보] R.S. MURRAY, M.L. MARTIN, / J.CHEM.THERMODYN., / 7 / / 839 ( 1975)
  • [저널정보] K.R. HARRIS, P.J. DUNLOP / J.CHEM.THERMODYN. / 2 / / 805 ( 1970)
  • [저널정보] V.C. SMITH, R.L. ROBINSON / J.CHEM.ENG.DATA / 15 / / 391 ( 1970)
  • [저널정보] K.S. YUAN, B.C-Y. LU, J.C.K. HO, A.K. KESHPANDE / J.CHEM.ENG.DATA / 8 / / 549 ( 1963)
  • [저널정보] C. SAEZ, A.COMPOSTIZO , R.G. RUBIO / FLUID PHASE EQUILIB. / 24 / / 241 ( 1985)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR N-HEPTANE + N-OCTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.151
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 2480.61
A21 -2017.03
B12 -783253.19
B21 639094.68
C12 0
C21 0
유효온도범위 313.15 ~ 370.35
압력불확도(%) 0
기상조정불확도(%) 0.463
▒ VLE FOR N-HEPTANE + N-OCTANE의 참조표준 기본정보  
성분1
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
▒ VLE FOR N-HEPTANE + N-OCTANE의 참조표준 세부정보  
성분1
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
Qi 4.396
Ri 5.1742
Zra 0.2604
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.67468
증기압 B 1.37068
증기압 C -3.5362
증기압 D -3.20243
증기압 T1 240
증기압 T2 540
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
Qi 4.936
Ri 5.8486
Zra 0.2571
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.91211
증기압 B 1.38007
증기압 C -3.80435
증기압 D -4.50132
증기압 T1 260
증기압 T2 568.7
▒ VLE FOR N-HEPTANE + N-OCTANE의 참조표준 문서자료  
  • [저널정보] L. KUDRYAVTSEVA, H. VIIT, O.G. EIZEN / EESTI NSV TEAD.AKAD.TOIM.,KEEM.GEOL. / 20 / / 292 ( 1971)
  • [저널정보] J. ZIELKIEWICZ / J.CHEM.THERMODYN. / 24 / / 455 ( 1992)
  • [저널정보] H.A. BEATTY, G. CALINGAERT / IND.ENG.CHEM. / 26 / / 504 ( 1934)
  • [저널정보] K.S. YUAN, B.C-Y. LU, J.C.K. HO, A.K. KESHPANDE / J.CHEM.ENG.DATA / 8 / / 549 ( 1963)
  • [저널정보] C. SAEZ, A.COMPOSTIZO , R.G. RUBIO / FLUID PHASE EQUILIB. / 24 / / 241 ( 1985)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR N-HEXANE + N-NONANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.150
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -386.33
A21 122.4
B12 41893.05
B21 64047.66
C12 0
C21 0
유효온도범위 308.15 ~ 417.95
압력불확도(%) 0.388
기상조정불확도(%) 0.49
▒ VLE FOR N-HEXANE + N-NONANE의 참조표준 기본정보  
성분1
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
성분2
성분명 N-NONANE
Formula C9H20
CAS No. 111-84-2
w 128.257
Tc(K) 594.6
Pc(kPa) 2290
Vc(m3/kmol) 0.555
DM(Debye) 1.6
▒ VLE FOR N-HEXANE + N-NONANE의 참조표준 세부정보  
성분1
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
Qi 3.856
Ri 4.4998
Zra 0.2635
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.46765
증기압 B 1.44211
증기압 C -3.28222
증기압 D -2.50941
증기압 T1 220
증기압 T2 507.6
성분2
성분명 N-NONANE
Formula C9H20
CAS No. 111-84-2
w 128.257
Tc(K) 594.6
Pc(kPa) 2290
Vc(m3/kmol) 0.555
DM(Debye) 1.6
Qi 5.476
Ri 6.523
Zra 0.2543
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -8.2448
증기압 B 1.57885
증기압 C -4.38155
증기압 D -4.04412
증기압 T1 343
증기압 T2 594.6
▒ VLE FOR N-HEXANE + N-NONANE의 참조표준 문서자료  
  • [저널정보] K.N. MARSH, J.B. OTT, M.J. COSTIGAN / J.CHEM.THERMODYN. / 12 / / 343 ( 1980)
  • [저널정보] S.K. OGORODNIKOV, V.B. KOGAN, A.I. MOROZOVA / ZH.PRIKL.KHIM. / 35 / / 193 ( 1962)
  • [저널정보] H.A. BEATTY, G. CALINGAERT / IND.ENG.CHEM. / 26 / / 504 ( 1934)
  • [저널정보] K.S. YUAN, B.C-Y. LU, J.C.K. HO, A.K. KESHPANDE / J.CHEM.ENG.DATA / 8 / / 549 ( 1963)
  • [저널정보] C. SAEZ, A.COMPOSTIZO , R.G. RUBIO / FLUID PHASE EQUILIB. / 24 / / 241 ( 1985)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR N-HEXANE + N-OCTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.149
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -231.82
A21 71.96
B12 27191.68
B21 26961.27
C12 0
C21 0
유효온도범위 298.15 ~ 328.15
압력불확도(%) 0
기상조정불확도(%) 0.546
▒ VLE FOR N-HEXANE + N-OCTANE의 참조표준 기본정보  
성분1
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
▒ VLE FOR N-HEXANE + N-OCTANE의 참조표준 세부정보  
성분1
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
Qi 3.856
Ri 4.4998
Zra 0.2635
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.46765
증기압 B 1.44211
증기압 C -3.28222
증기압 D -2.50941
증기압 T1 220
증기압 T2 507.6
성분2
성분명 N-OCTANE
Formula C8H18
CAS No. 111-65-9
w 114.23
Tc(K) 568.7
Pc(kPa) 2490
Vc(m3/kmol) 0.492
DM(Debye) 0
Qi 4.936
Ri 5.8486
Zra 0.2571
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.91211
증기압 B 1.38007
증기압 C -3.80435
증기압 D -4.50132
증기압 T1 260
증기압 T2 568.7
▒ VLE FOR N-HEXANE + N-OCTANE의 참조표준 문서자료  
  • [저널정보] H. KIRSS, L.S. KUDRYAVTSEVA, O. EIZEN, / EESTI NSV TEAD.AKAD.TOIM.,KEEM.GEOL. / 24 / / 15 ( 1975)
  • [저널정보] S. WEIGUO, A. XUE QUIN, P.J. MC ELROY, A.G. WILLIAMSON / J.CHEM.THERMODYN. / 22 / / 905 ( 1990)
  • [저널정보] H.A. BEATTY, G. CALINGAERT / IND.ENG.CHEM. / 26 / / 504 ( 1934)
  • [저널정보] K.S. YUAN, B.C-Y. LU, J.C.K. HO, A.K. KESHPANDE / J.CHEM.ENG.DATA / 8 / / 549 ( 1963)
  • [저널정보] C. SAEZ, A.COMPOSTIZO , R.G. RUBIO / FLUID PHASE EQUILIB. / 24 / / 241 ( 1985)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR N-HEXANE + N-HEPTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.148
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 67.09
A21 -29.09
B12 -3036.3
B21 -8345.5
C12 0
C21 0
유효온도범위 293.15 ~ 340.65
압력불확도(%) 0
기상조정불확도(%) 1.665
▒ VLE FOR N-HEXANE + N-HEPTANE의 참조표준 기본정보  
성분1
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
성분2
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
▒ VLE FOR N-HEXANE + N-HEPTANE의 참조표준 세부정보  
성분1
성분명 N-HEXANE
Formula C6H14
CAS No. 110-54-3
w 86.1766
Tc(K) 507.6
Pc(kPa) 3025
Vc(m3/kmol) 0.368
DM(Debye) 0
Qi 3.856
Ri 4.4998
Zra 0.2635
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.46765
증기압 B 1.44211
증기압 C -3.28222
증기압 D -2.50941
증기압 T1 220
증기압 T2 507.6
성분2
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
Qi 4.396
Ri 5.1742
Zra 0.2604
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.67468
증기압 B 1.37068
증기압 C -3.5362
증기압 D -3.20243
증기압 T1 240
증기압 T2 540
▒ VLE FOR N-HEXANE + N-HEPTANE의 참조표준 문서자료  
  • [저널정보] C.P. SMYTH, E.W. ENGEL / J.AM.CHEM.SOC. / 51 / / 2646 ( 1929)
  • [저널정보] J.S. CHOI, D.W. PARK, J.N. RHIM / HWAHAK KONGHAK / 23 / / 89 ( 1985)
  • [저널정보] J. ZIELKIEWICZ / J.CHEM.THERMODYN. / 23 / / 605 ( 1991)
  • [저널정보] H.A. BEATTY, G. CALINGAERT / IND.ENG.CHEM. / 26 / / 504 ( 1934)
  • [저널정보] C. SAEZ, A.COMPOSTIZO , R.G. RUBIO / FLUID PHASE EQUILIB. / 24 / / 241 ( 1985)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR N-DECANE + ACETONE의 참조표준  
참조표준 번호 KSRD.01.2008.001.147
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 567.16
A21 -97.39
B12 -8228.85
B21 -16.14
C12 0
C21 0
유효온도범위 281.95 ~ 338.15
압력불확도(%) 0
기상조정불확도(%) 6.932
▒ VLE FOR N-DECANE + ACETONE의 참조표준 기본정보  
성분1
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
성분2
성분명 ACETONE
Formula C3H6O
CAS No. 67-64-1
w 58.0798
Tc(K) 508.1
Pc(kPa) 4700
Vc(m3/kmol) 0.209
DM(Debye) 2.9
▒ VLE FOR N-DECANE + ACETONE의 참조표준 세부정보  
성분1
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
Qi 6.016
Ri 7.1974
Zra 0.2507
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.5638908
증기압 B 1.9716087
증기압 C -5.7787082
증기압 D -0.6038971
증기압 T1 280
증기압 T2 617.7
성분2
성분명 ACETONE
Formula C3H6O
CAS No. 67-64-1
w 58.0798
Tc(K) 508.1
Pc(kPa) 4700
Vc(m3/kmol) 0.209
DM(Debye) 2.9
Qi 2.336
Ri 2.5735
Zra 0.2477
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.45514
증기압 B 1.202
증기압 C -2.43926
증기압 D -3.3559
증기압 T1 259
증기압 T2 508
▒ VLE FOR N-DECANE + ACETONE의 참조표준 문서자료  
  • [저널정보] J. EDWARDS, J.I. RODRIGUEZ / MONATSH.CHEM. / 100 / / 2066 ( 1969)
  • [저널정보] G. KOLASINSKA, M.GORAL, J. GIZA / Z.PHYS.CHEM.(LEIPZIG) / 263 / / 151 ( 1982)
  • [저널정보] U. MESSOW, U. DOYE, S. KUNTZSCH, D. KUCHENBECKER / Z.PHYS.CHEM.(LEIPZIG) / 258 / / 90 ( 1977)
  • [저널정보] V.C. MARIPURI,G.A. RATCLIFF / J.APPL.CHEM.BIOTECHNOL. / 22 / / 899 ( 1972)
  • [저널정보] C. SAEZ, A.COMPOSTIZO , R.G. RUBIO / FLUID PHASE EQUILIB. / 24 / / 241 ( 1985)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR N-DECANE + PHENOL의 참조표준  
참조표준 번호 KSRD.01.2008.001.146
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -3219.64
A21 3478.25
B12 62685.68
B21 460235.66
C12 0
C21 0
유효온도범위 393.15 ~ 433.15
압력불확도(%) 0
기상조정불확도(%) 2.091
▒ VLE FOR N-DECANE + PHENOL의 참조표준 기본정보  
성분1
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
성분2
성분명 PHENOL
Formula C6H6O
CAS No. 108-95-2
w 94.1128
Tc(K) 694.2
Pc(kPa) 6130
Vc(m3/kmol) 0.229
DM(Debye) 1.6
▒ VLE FOR N-DECANE + PHENOL의 참조표준 세부정보  
성분1
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
Qi 6.016
Ri 7.1974
Zra 0.2507
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.5638908
증기압 B 1.9716087
증기압 C -5.7787082
증기압 D -0.6038971
증기압 T1 280
증기압 T2 617.7
성분2
성분명 PHENOL
Formula C6H6O
CAS No. 108-95-2
w 94.1128
Tc(K) 694.2
Pc(kPa) 6130
Vc(m3/kmol) 0.229
DM(Debye) 1.6
Qi 2.68
Ri 3.5517
Zra 0.278
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -9.0893645
증기압 B 3.484351
증기압 C -6.1242379
증기압 D -7.047709
증기압 T1 336.15
증기압 T2 526.15
▒ VLE FOR N-DECANE + PHENOL의 참조표준 문서자료  
  • [저널정보] J. GMEHLING / J.CHEM.ENG.DATA / 27 / / 371 ( 1982)
  • [저널정보] A. AARNA, T. KAPS, S. MALANOWSKI / EESTI NSV TEAD.AKAD.TOIM.,KEEM.GEOL. / 18 / / 312 ( 1969)
  • [저널정보] U. MESSOW, U. DOYE, S. KUNTZSCH, D. KUCHENBECKER / Z.PHYS.CHEM.(LEIPZIG) / 258 / / 90 ( 1977)
  • [저널정보] V.C. MARIPURI,G.A. RATCLIFF / J.APPL.CHEM.BIOTECHNOL. / 22 / / 899 ( 1972)
  • [저널정보] C. SAEZ, A.COMPOSTIZO , R.G. RUBIO / FLUID PHASE EQUILIB. / 24 / / 241 ( 1985)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR N-DECANE + N-BUTANOL의 참조표준  
참조표준 번호 KSRD.01.2008.001.145
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 1289.45
A21 -1194.4
B12 294135.74
B21 275148.47
C12 0
C21 0
유효온도범위 358.15 ~ 388.15
압력불확도(%) 0
기상조정불확도(%) 2.448
▒ VLE FOR N-DECANE + N-BUTANOL의 참조표준 기본정보  
성분1
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
성분2
성분명 N-BUTANOL
Formula C4H10O
CAS No. 71-36-3
w 74.1224
Tc(K) 563
Pc(kPa) 4414
Vc(m3/kmol) 0.274
DM(Debye) 1.8
▒ VLE FOR N-DECANE + N-BUTANOL의 참조표준 세부정보  
성분1
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
Qi 6.016
Ri 7.1974
Zra 0.2507
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.5638908
증기압 B 1.9716087
증기압 C -5.7787082
증기압 D -0.6038971
증기압 T1 280
증기압 T2 617.7
성분2
성분명 N-BUTANOL
Formula C4H10O
CAS No. 71-36-3
w 74.1224
Tc(K) 563
Pc(kPa) 4414
Vc(m3/kmol) 0.274
DM(Debye) 1.8
Qi 3.052
Ri 3.4543
Zra 0.2538
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -8.00756
증기압 B 0.53783
증기압 C -9.3424
증기압 D 6.68692
증기압 T1 275
증기압 T2 563
▒ VLE FOR N-DECANE + N-BUTANOL의 참조표준 문서자료  
  • [저널정보] S. BERNATOVA, J. LINEK, I. WICHTERLE / FLUID PHASE EQUILIB. / 74 / / 127 ( 1992)
  • [저널정보] L.L. LEE, W.A. SCHELLER / J.CHEM.ENG.DATA / 12 / / 497 ( 1967)
  • [저널정보] S. BERNATOVA, J. LINEK, I. WICHTERLE / FLUID PHASE EQUILIB. / 74 / / 127 ( 1992)
  • [저널정보] P. GIERYCZ, J. GREGOROWICZ, S.MALANOWSKI / J.CHEM.THERMODYN. / 20 / / 385 ( 1988)
  • [저널정보] C. SAEZ, A.COMPOSTIZO , R.G. RUBIO / FLUID PHASE EQUILIB. / 24 / / 241 ( 1985)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR N-DECANE + M-XYLENE의 참조표준  
참조표준 번호 KSRD.01.2008.001.144
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 409.55
A21 -227.08
B12 -26344.4
B21 -12289.41
C12 0
C21 0
유효온도범위 373.5 ~ 393.7
압력불확도(%) 0
기상조정불확도(%) 2.287
▒ VLE FOR N-DECANE + M-XYLENE의 참조표준 기본정보  
성분1
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
성분2
성분명 M-XYLENE
Formula C8H10
CAS No. 108-38-3
w 106.167
Tc(K) 617
Pc(kPa) 3541
Vc(m3/kmol) 0.375
DM(Debye) 0.3
▒ VLE FOR N-DECANE + M-XYLENE의 참조표준 세부정보  
성분1
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
Qi 6.016
Ri 7.1974
Zra 0.2507
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.5638908
증기압 B 1.9716087
증기압 C -5.7787082
증기압 D -0.6038971
증기압 T1 280
증기압 T2 617.7
성분2
성분명 M-XYLENE
Formula C8H10
CAS No. 108-38-3
w 106.167
Tc(K) 617
Pc(kPa) 3541
Vc(m3/kmol) 0.375
DM(Debye) 0.3
Qi 3.536
Ri 4.6578
Zra 0.2625
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.6305984
증기압 B 1.4646532
증기압 C -3.26245
증기압 D -2.4353844
증기압 T1 280
증기압 T2 462.15
▒ VLE FOR N-DECANE + M-XYLENE의 참조표준 문서자료  
  • [저널정보] B. WILLMAN, A.S.TEJA / J.CHEM.ENG.DATA / 30 / / 116 ( 1985)
  • [저널정보] L.L. LEE, W.A. SCHELLER / J.CHEM.ENG.DATA / 12 / / 497 ( 1967)
  • [저널정보] S. BERNATOVA, J. LINEK, I. WICHTERLE / FLUID PHASE EQUILIB. / 74 / / 127 ( 1992)
  • [저널정보] P. GIERYCZ, J. GREGOROWICZ, S.MALANOWSKI / J.CHEM.THERMODYN. / 20 / / 385 ( 1988)
  • [저널정보] C. SAEZ, A.COMPOSTIZO , R.G. RUBIO / FLUID PHASE EQUILIB. / 24 / / 241 ( 1985)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR N-DECANE + TOLUENE의 참조표준  
참조표준 번호 KSRD.01.2008.001.143
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -352.37
A21 708.3
B12 -18510.75
B21 -23883.28
C12 0
C21 0
유효온도범위 373.5 ~ 393.7
압력불확도(%) 0
기상조정불확도(%) 7.22
▒ VLE FOR N-DECANE + TOLUENE의 참조표준 기본정보  
성분1
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
성분2
성분명 TOLUENE
Formula C7H8
CAS No. 108-88-3
w 92.1402
Tc(K) 591.75
Pc(kPa) 4108
Vc(m3/kmol) 0.316
DM(Debye) 0.4
▒ VLE FOR N-DECANE + TOLUENE의 참조표준 세부정보  
성분1
성분명 N-DECANE
Formula C10H22
CAS No. 124-18-5
w 142.284
Tc(K) 617.7
Pc(kPa) 2110
Vc(m3/kmol) 0.624
DM(Debye) 0
Qi 6.016
Ri 7.1974
Zra 0.2507
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.5638908
증기압 B 1.9716087
증기압 C -5.7787082
증기압 D -0.6038971
증기압 T1 280
증기압 T2 617.7
성분2
성분명 TOLUENE
Formula C7H8
CAS No. 108-88-3
w 92.1402
Tc(K) 591.75
Pc(kPa) 4108
Vc(m3/kmol) 0.316
DM(Debye) 0.4
Qi 2.968
Ri 3.9228
Zra 0.2644
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.28607
증기압 B 1.38091
증기압 C -2.83433
증기압 D -2.79168
증기압 T1 309
증기압 T2 591.75
▒ VLE FOR N-DECANE + TOLUENE의 참조표준 문서자료  
  • [저널정보] B. WILLMAN, A.S.TEJA / J.CHEM.ENG.DATA / 30 / / 116 ( 1985)
  • [저널정보] L.L. LEE, W.A. SCHELLER / J.CHEM.ENG.DATA / 12 / / 497 ( 1967)
  • [저널정보] S. BERNATOVA, J. LINEK, I. WICHTERLE / FLUID PHASE EQUILIB. / 74 / / 127 ( 1992)
  • [저널정보] P. GIERYCZ, J. GREGOROWICZ, S.MALANOWSKI / J.CHEM.THERMODYN. / 20 / / 385 ( 1988)
  • [저널정보] C. SAEZ, A.COMPOSTIZO , R.G. RUBIO / FLUID PHASE EQUILIB. / 24 / / 241 ( 1985)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR BENZENE + TOLUENE의 참조표준  
참조표준 번호 KSRD.01.2008.001.142
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -29.27
A21 36.51
B12 -9425.85
B21 9768.2
C12 0
C21 0
유효온도범위 313.15 ~ 383.75
압력불확도(%) 0.079
기상조정불확도(%) 0.202
▒ VLE FOR BENZENE + TOLUENE의 참조표준 기본정보  
성분1
성분명 BENZENE
Formula C6H6
CAS No. 71-43-2
w 78.1134
Tc(K) 562.05
Pc(kPa) 4895
Vc(m3/kmol) 0.256
DM(Debye) 0
성분2
성분명 TOLUENE
Formula C7H8
CAS No. 108-88-3
w 92.1402
Tc(K) 591.75
Pc(kPa) 4108
Vc(m3/kmol) 0.316
DM(Debye) 0.4
▒ VLE FOR BENZENE + TOLUENE의 참조표준 세부정보  
성분1
성분명 BENZENE
Formula C6H6
CAS No. 71-43-2
w 78.1134
Tc(K) 562.05
Pc(kPa) 4895
Vc(m3/kmol) 0.256
DM(Debye) 0
Qi 2.4
Ri 3.1878
Zra 0.2698
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -6.98273
증기압 B 1.33213
증기압 C -2.62863
증기압 D -3.33399
증기압 T1 288
증기압 T2 562
성분2
성분명 TOLUENE
Formula C7H8
CAS No. 108-88-3
w 92.1402
Tc(K) 591.75
Pc(kPa) 4108
Vc(m3/kmol) 0.316
DM(Debye) 0.4
Qi 2.968
Ri 3.9228
Zra 0.2644
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.28607
증기압 B 1.38091
증기압 C -2.83433
증기압 D -2.79168
증기압 T1 309
증기압 T2 591.75
▒ VLE FOR BENZENE + TOLUENE의 참조표준 문서자료  
  • [저널정보] K.D. KASSMANN, H. KNAPP / BER.BUNSEN-GES.PHYS.CHEM. / 90 / / 452 ( 1986)
  • [저널정보] E. KIRSCHBAUM, F.GERSTNER / Z.VDI BEIH.VERFAHRENSTECHNIK / 10 / / ( 1939)
  • [저널정보] S. BERNATOVA, J. LINEK, I. WICHTERLE / FLUID PHASE EQUILIB. / 74 / / 127 ( 1992)
  • [저널정보] P. GIERYCZ, J. GREGOROWICZ, S.MALANOWSKI / J.CHEM.THERMODYN. / 20 / / 385 ( 1988)
  • [저널정보] C. SAEZ, A.COMPOSTIZO , R.G. RUBIO / FLUID PHASE EQUILIB. / 24 / / 241 ( 1985)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR PYRIDINE + WATER의 참조표준  
참조표준 번호 KSRD.01.2008.001.141
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -123.17
A21 444.43
B12 -2606.26
B21 -176507.4
C12 0
C21 0
유효온도범위 323.15 ~ 362.98
압력불확도(%) 0
기상조정불확도(%) 1.835
▒ VLE FOR PYRIDINE + WATER의 참조표준 기본정보  
성분1
성분명 PYRIDINE
Formula C5H5N
CAS No. 110-86-1
w 79.1012
Tc(K) 620
Pc(kPa) 5670
Vc(m3/kmol) 0.243
DM(Debye) 2.3
성분2
성분명 WATER
Formula H2O
CAS No. 7732-18-5
w 18.0152
Tc(K) 647.14
Pc(kPa) 2.21E+04
Vc(m3/kmol) 0.056
DM(Debye) 1.8
▒ VLE FOR PYRIDINE + WATER의 참조표준 세부정보  
성분1
성분명 PYRIDINE
Formula C5H5N
CAS No. 110-86-1
w 79.1012
Tc(K) 620
Pc(kPa) 5670
Vc(m3/kmol) 0.243
DM(Debye) 2.3
Qi 2.113
Ri 2.9993
Zra 0.266
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.0938211
증기압 B 1.2113628
증기압 C -2.6556925
증기압 D -3.3734975
증기압 T1 280
증기압 T2 426.15
성분2
성분명 WATER
Formula H2O
CAS No. 7732-18-5
w 18.0152
Tc(K) 647.14
Pc(kPa) 2.21E+04
Vc(m3/kmol) 0.056
DM(Debye) 1.8
Qi 1.4
Ri 0.92
Zra 0.2372
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.76451
증기압 B 1.45838
증기압 C -2.7758
증기압 D -1.23303
증기압 T1 275
증기압 T2 647
▒ VLE FOR PYRIDINE + WATER의 참조표준 문서자료  
  • [저널정보] N. IBL, G. DAENDLIKER, G. TRUEMPLER / CHEM.ENG.SCI. / 5 / / 193 ( 1956)
  • [저널정보] R.J.L. ANDON, J.D.COX, E.F.G.HERINGTON / TRANS.FARADAY SOC. / 53 / / 410 ( 1957)
  • [저널정보] S. BERNATOVA, J. LINEK, I. WICHTERLE / FLUID PHASE EQUILIB. / 74 / / 127 ( 1992)
  • [저널정보] P. GIERYCZ, J. GREGOROWICZ, S.MALANOWSKI / J.CHEM.THERMODYN. / 20 / / 385 ( 1988)
  • [저널정보] C. SAEZ, A.COMPOSTIZO , R.G. RUBIO / FLUID PHASE EQUILIB. / 24 / / 241 ( 1985)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR PYRIDINE + TETRACHLOROETHYLENE의 참조표준  
참조표준 번호 KSRD.01.2008.001.140
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -501.06
A21 670.71
B12 64218.21
B21 -27957.82
C12 0
C21 0
유효온도범위 323.15 ~ 373.15
압력불확도(%) 0
기상조정불확도(%) 0.601
▒ VLE FOR PYRIDINE + TETRACHLOROETHYLENE의 참조표준 기본정보  
성분1
성분명 PYRIDINE
Formula C5H5N
CAS No. 110-86-1
w 79.1012
Tc(K) 620
Pc(kPa) 5670
Vc(m3/kmol) 0.243
DM(Debye) 2.3
성분2
성분명 TETRACHLOROETHYLENE
Formula C2Cl4
CAS No. 127-18-4
w 165.834
Tc(K) 620.2
Pc(kPa) 4760
Vc(m3/kmol) 0.248
DM(Debye) 0
▒ VLE FOR PYRIDINE + TETRACHLOROETHYLENE의 참조표준 세부정보  
성분1
성분명 PYRIDINE
Formula C5H5N
CAS No. 110-86-1
w 79.1012
Tc(K) 620
Pc(kPa) 5670
Vc(m3/kmol) 0.243
DM(Debye) 2.3
Qi 2.113
Ri 2.9993
Zra 0.266
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.0938211
증기압 B 1.2113628
증기압 C -2.6556925
증기압 D -3.3734975
증기압 T1 280
증기압 T2 426.15
성분2
성분명 TETRACHLOROETHYLENE
Formula C2Cl4
CAS No. 127-18-4
w 165.834
Tc(K) 620.2
Pc(kPa) 4760
Vc(m3/kmol) 0.248
DM(Debye) 0
Qi 3.4
Ri 3.8879
Zra 0.2668912
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.36067
증기압 B 1.82732
증기압 C -3.47735
증기압 D -1.00033
증기압 T1 252
증기압 T2 620
▒ VLE FOR PYRIDINE + TETRACHLOROETHYLENE의 참조표준 문서자료  
  • [저널정보] V. FRIED, D.P. FRANCESCHETTI, G.B.SCHNEIER / J.CHEM.ENG.DATA / 13 / / 415 ( 1968)
  • [저널정보] R.J.L. ANDON, J.D.COX, E.F.G.HERINGTON / TRANS.FARADAY SOC. / 53 / / 410 ( 1957)
  • [저널정보] S. BERNATOVA, J. LINEK, I. WICHTERLE / FLUID PHASE EQUILIB. / 74 / / 127 ( 1992)
  • [저널정보] P. GIERYCZ, J. GREGOROWICZ, S.MALANOWSKI / J.CHEM.THERMODYN. / 20 / / 385 ( 1988)
  • [저널정보] C. SAEZ, A.COMPOSTIZO , R.G. RUBIO / FLUID PHASE EQUILIB. / 24 / / 241 ( 1985)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR PYRIDINE + 1,4-DIOXANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.139
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 906.29
A21 62.82
B12 -282155.87
B21 -23632.46
C12 0
C21 0
유효온도범위 308.65 ~ 323.15
압력불확도(%) 0
기상조정불확도(%) 0.97
▒ VLE FOR PYRIDINE + 1,4-DIOXANE의 참조표준 기본정보  
성분1
성분명 PYRIDINE
Formula C5H5N
CAS No. 110-86-1
w 79.1012
Tc(K) 620
Pc(kPa) 5670
Vc(m3/kmol) 0.243
DM(Debye) 2.3
성분2
성분명 1,4-DIOXANE
Formula C4H8O2
CAS No. 123-91-1
w 88.106
Tc(K) 587
Pc(kPa) 5210
Vc(m3/kmol) 0.238
DM(Debye) 0.4
▒ VLE FOR PYRIDINE + 1,4-DIOXANE의 참조표준 세부정보  
성분1
성분명 PYRIDINE
Formula C5H5N
CAS No. 110-86-1
w 79.1012
Tc(K) 620
Pc(kPa) 5670
Vc(m3/kmol) 0.243
DM(Debye) 2.3
Qi 2.113
Ri 2.9993
Zra 0.266
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.0938211
증기압 B 1.2113628
증기압 C -2.6556925
증기압 D -3.3734975
증기압 T1 280
증기압 T2 426.15
성분2
성분명 1,4-DIOXANE
Formula C4H8O2
CAS No. 123-91-1
w 88.106
Tc(K) 587
Pc(kPa) 5210
Vc(m3/kmol) 0.238
DM(Debye) 0.4
Qi 2.64
Ri 3.1854
Zra 0.266
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A 14.1177
증기압 B 2966.88
증기압 C -62.15
증기압 D 0
증기압 T1 275
증기압 T2 410
▒ VLE FOR PYRIDINE + 1,4-DIOXANE의 참조표준 문서자료  
  • [저널정보] T.P. RAMACHANDRAN, S. RAMACHANDRAN, M.S. ANANTH / J.CHEM.THERMODYN. / 21 / / 131 ( 1989)
  • [저널정보] R.J.L. ANDON, J.D.COX, E.F.G.HERINGTON / TRANS.FARADAY SOC. / 53 / / 410 ( 1957)
  • [저널정보] S. BERNATOVA, J. LINEK, I. WICHTERLE / FLUID PHASE EQUILIB. / 74 / / 127 ( 1992)
  • [저널정보] P. GIERYCZ, J. GREGOROWICZ, S.MALANOWSKI / J.CHEM.THERMODYN. / 20 / / 385 ( 1988)
  • [저널정보] C. SAEZ, A.COMPOSTIZO , R.G. RUBIO / FLUID PHASE EQUILIB. / 24 / / 241 ( 1985)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR ACETONITRILE + BENZENE의 참조표준  
참조표준 번호 KSRD.01.2008.001.138
참조표준 등급 인증 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -37.61
A21 424.67
B12 -10508.34
B21 6290.98
C12 0
C21 0
유효온도범위 293.15 ~ 343.15
압력불확도(%) 0
기상조정불확도(%) 0.803
▒ VLE FOR ACETONITRILE + BENZENE의 참조표준 기본정보  
성분1
성분명 ACETONITRILE
Formula C2H3N
CAS No. 1975-05-08
w 41.0524
Tc(K) 545.5
Pc(kPa) 4850
Vc(m3/kmol) 0.173
DM(Debye) 3.5
성분2
성분명 BENZENE
Formula C6H6
CAS No. 71-43-2
w 78.1134
Tc(K) 562.05
Pc(kPa) 4895
Vc(m3/kmol) 0.256
DM(Debye) 0
▒ VLE FOR ACETONITRILE + BENZENE의 참조표준 세부정보  
성분1
성분명 ACETONITRILE
Formula C2H3N
CAS No. 1975-05-08
w 41.0524
Tc(K) 545.5
Pc(kPa) 4850
Vc(m3/kmol) 0.173
DM(Debye) 3.5
Qi 1.724
Ri 1.8701
Zra 0.1987
Vapor Pressure Equation P=A+B/T+C/T3+D/T8+E/T9
증기압 A 14.7322
증기압 B 3271.2
증기압 C -31.298
증기압 D 0
증기압 T1 288
증기압 T2 362
성분2
성분명 BENZENE
Formula C6H6
CAS No. 71-43-2
w 78.1134
Tc(K) 562.05
Pc(kPa) 4895
Vc(m3/kmol) 0.256
DM(Debye) 0
Qi 2.4
Ri 3.1878
Zra 0.2698
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -6.98273
증기압 B 1.33213
증기압 C -2.62863
증기압 D -3.33399
증기압 T1 288
증기압 T2 562
▒ VLE FOR ACETONITRILE + BENZENE의 참조표준 문서자료  
  • [저널정보] G. WERNER, H. SCHUBERTH / J.PRAKT.CHEM. / 31 / / 225 ( 1966)
  • [저널정보] D.A. PALMER, D.B.SMITH / J.CHEM.ENG.DATA / 17 / / 71 ( 1972)
  • [저널정보] I. BROWN, F. SMITH / AUST.J.CHEM. / 8 / / 62 ( 1955)
  • [저널정보] T. OHTA , I.NAGATA / J.CHEM.ENG.DATA / 28 / / 398 ( 1983)
  • [저널정보] J.-P. MONFORT / J.CHEM.ENG.DATA / 28 / / 24 ( 1983)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR ACETONITRILE + ISOPROPANOL의 참조표준  
참조표준 번호 KSRD.01.2008.001.137
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 19591.08
A21 -5817.33
B12 -6030784.32
B21 1887334.06
C12 0
C21 0
유효온도범위 323.15 ~ 355.45
압력불확도(%) 0.089
기상조정불확도(%) 0.334
▒ VLE FOR ACETONITRILE + ISOPROPANOL의 참조표준 기본정보  
성분1
성분명 ACETONITRILE
Formula C2H3N
CAS No. 1975-05-08
w 41.0524
Tc(K) 545.5
Pc(kPa) 4850
Vc(m3/kmol) 0.173
DM(Debye) 3.5
성분2
성분명 ISOPROPANOL
Formula C3H8O
CAS No. 67-63-0
w 60.0956
Tc(K) 508.3
Pc(kPa) 4764
Vc(m3/kmol) 0.222
DM(Debye) 1.7
▒ VLE FOR ACETONITRILE + ISOPROPANOL의 참조표준 세부정보  
성분1
성분명 ACETONITRILE
Formula C2H3N
CAS No. 1975-05-08
w 41.0524
Tc(K) 545.5
Pc(kPa) 4850
Vc(m3/kmol) 0.173
DM(Debye) 3.5
Qi 1.724
Ri 1.8701
Zra 0.1987
Vapor Pressure Equation P=A+B/T+C/T3+D/T8+E/T9
증기압 A 14.7322
증기압 B 3271.2
증기압 C -31.298
증기압 D 0
증기압 T1 288
증기압 T2 362
성분2
성분명 ISOPROPANOL
Formula C3H8O
CAS No. 67-63-0
w 60.0956
Tc(K) 508.3
Pc(kPa) 4764
Vc(m3/kmol) 0.222
DM(Debye) 1.7
Qi 2.508
Ri 2.7791
Zra 0.2493
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -8.16927
증기압 B -0.094321
증기압 C -8.1004
증기압 D 7.85
증기압 T1 250
증기압 T2 508
▒ VLE FOR ACETONITRILE + ISOPROPANOL의 참조표준 문서자료  
  • [저널정보] I. NAGATA, K.KATOH / THERMOCHIM.ACTA / 39 / / 45 ( 1980)
  • [저널정보] F. MATO, G.G.BENITO / AN.QUIM. / 81 / / 116 ( 1985)
  • [저널정보] I. BROWN, F. SMITH / AUST.J.CHEM. / 8 / / 62 ( 1955)
  • [저널정보] T. OHTA , I.NAGATA / J.CHEM.ENG.DATA / 28 / / 398 ( 1983)
  • [저널정보] J.-P. MONFORT / J.CHEM.ENG.DATA / 28 / / 24 ( 1983)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR ACETONITRILE + N-PROPANOL의 참조표준  
참조표준 번호 KSRD.01.2008.001.136
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -2723.48
A21 80.1
B12 1191375.4
B21 -8104.42
C12 0
C21 0
유효온도범위 318.15 ~ 333.25
압력불확도(%) 0
기상조정불확도(%) 0.953
▒ VLE FOR ACETONITRILE + N-PROPANOL의 참조표준 기본정보  
성분1
성분명 ACETONITRILE
Formula C2H3N
CAS No. 1975-05-08
w 41.0524
Tc(K) 545.5
Pc(kPa) 4850
Vc(m3/kmol) 0.173
DM(Debye) 3.5
성분2
성분명 N-PROPANOL
Formula C3H8O
CAS No. 71-23-8
w 60.0956
Tc(K) 536.8
Pc(kPa) 5169
Vc(m3/kmol) 0.218
DM(Debye) 1.7
▒ VLE FOR ACETONITRILE + N-PROPANOL의 참조표준 세부정보  
성분1
성분명 ACETONITRILE
Formula C2H3N
CAS No. 1975-05-08
w 41.0524
Tc(K) 545.5
Pc(kPa) 4850
Vc(m3/kmol) 0.173
DM(Debye) 3.5
Qi 1.724
Ri 1.8701
Zra 0.1987
Vapor Pressure Equation P=A+B/T+C/T3+D/T8+E/T9
증기압 A 14.7322
증기압 B 3271.2
증기압 C -31.298
증기압 D 0
증기압 T1 288
증기압 T2 362
성분2
성분명 N-PROPANOL
Formula C3H8O
CAS No. 71-23-8
w 60.0956
Tc(K) 536.8
Pc(kPa) 5169
Vc(m3/kmol) 0.218
DM(Debye) 1.7
Qi 2.512
Ri 2.7799
Zra 0.2541
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -8.05594
증기압 B 0.042518
증기압 C -7.51296
증기압 D 6.89004
증기압 T1 260
증기압 T2 536.8
▒ VLE FOR ACETONITRILE + N-PROPANOL의 참조표준 문서자료  
  • [저널정보] I.NAGATA / THERMOCHIM.ACTA / 119 / / 357 ( 1987)
  • [저널정보] T. OHTA, T. KINOSHITA, I. NAGATA / J.CHEM.ENG.DATA / 28 / / 36 ( 1983)
  • [저널정보] V. DOHNAL, F. VESELY, J.VINS / COLLECT.CZECH.CHEM.COMMUN. / 47 / / 3188 ( 1982)
  • [저널정보] T. OHTA , I.NAGATA / J.CHEM.ENG.DATA / 28 / / 398 ( 1983)
  • [저널정보] J.-P. MONFORT / J.CHEM.ENG.DATA / 28 / / 24 ( 1983)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR ACETONITRILE + ETHANOL의 참조표준  
참조표준 번호 KSRD.01.2008.001.135
참조표준 등급 검증 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 205.46
A21 -613.06
B12 184431.83
B21 209476.08
C12 0
C21 0
유효온도범위 293.15 ~ 354.75
압력불확도(%) 0.049
기상조정불확도(%) 0.624
▒ VLE FOR ACETONITRILE + ETHANOL의 참조표준 기본정보  
성분1
성분명 ACETONITRILE
Formula C2H3N
CAS No. 1975-05-08
w 41.0524
Tc(K) 545.5
Pc(kPa) 4850
Vc(m3/kmol) 0.173
DM(Debye) 3.5
성분2
성분명 ETHANOL
Formula C2H6O
CAS No. 64-17-5
w 46.0688
Tc(K) 514
Pc(kPa) 6137
Vc(m3/kmol) 0.168
DM(Debye) 1.7
▒ VLE FOR ACETONITRILE + ETHANOL의 참조표준 세부정보  
성분1
성분명 ACETONITRILE
Formula C2H3N
CAS No. 1975-05-08
w 41.0524
Tc(K) 545.5
Pc(kPa) 4850
Vc(m3/kmol) 0.173
DM(Debye) 3.5
Qi 1.724
Ri 1.8701
Zra 0.1987
Vapor Pressure Equation P=A+B/T+C/T3+D/T8+E/T9
증기압 A 14.7322
증기압 B 3271.2
증기압 C -31.298
증기압 D 0
증기압 T1 288
증기압 T2 362
성분2
성분명 ETHANOL
Formula C2H6O
CAS No. 64-17-5
w 46.0688
Tc(K) 514
Pc(kPa) 6137
Vc(m3/kmol) 0.168
DM(Debye) 1.7
Qi 1.972
Ri 2.1055
Zra 0.2502
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -8.51838
증기압 B 0.34163
증기압 C -5.73683
증기압 D 8.32581
증기압 T1 293
증기압 T2 514
▒ VLE FOR ACETONITRILE + ETHANOL의 참조표준 문서자료  
  • [저널정보] A.L. VIERK / Z.ANORG.CHEM. / 261 / / 283 ( 1950)
  • [저널정보] H. SUGI, T.KATAYAMA / J.CHEM.ENG.JPN. / 11 / / 167 ( 1978)
  • [저널정보] F. MATO, G.G. BENITO / AN.QUIM. / 81 / / 116 ( 1985)
  • [저널정보] T. OHTA , I.NAGATA / J.CHEM.ENG.DATA / 28 / / 398 ( 1983)
  • [저널정보] J.-P. MONFORT / J.CHEM.ENG.DATA / 28 / / 24 ( 1983)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR ACETONITRILE + METHANOL의 참조표준  
참조표준 번호 KSRD.01.2008.001.134
참조표준 등급 검증 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -362.15
A21 101.31
B12 357720
B21 -59482.64
C12 0
C21 0
유효온도범위 298.15 ~ 354.75
압력불확도(%) 0.076
기상조정불확도(%) 0.788
▒ VLE FOR ACETONITRILE + METHANOL의 참조표준 기본정보  
성분1
성분명 ACETONITRILE
Formula C2H3N
CAS No. 1975-05-08
w 41.0524
Tc(K) 545.5
Pc(kPa) 4850
Vc(m3/kmol) 0.173
DM(Debye) 3.5
성분2
성분명 METHANOL
Formula CH4O
CAS No. 67-56-1
w 32.042
Tc(K) 512.5
Pc(kPa) 8084
Vc(m3/kmol) 0.117
DM(Debye) 1.7
▒ VLE FOR ACETONITRILE + METHANOL의 참조표준 세부정보  
성분1
성분명 ACETONITRILE
Formula C2H3N
CAS No. 1975-05-08
w 41.0524
Tc(K) 545.5
Pc(kPa) 4850
Vc(m3/kmol) 0.173
DM(Debye) 3.5
Qi 1.724
Ri 1.8701
Zra 0.1987
Vapor Pressure Equation P=A+B/T+C/T3+D/T8+E/T9
증기압 A 14.7322
증기압 B 3271.2
증기압 C -31.298
증기압 D 0
증기압 T1 288
증기압 T2 362
성분2
성분명 METHANOL
Formula CH4O
CAS No. 67-56-1
w 32.042
Tc(K) 512.5
Pc(kPa) 8084
Vc(m3/kmol) 0.117
DM(Debye) 1.7
Qi 1.432
Ri 1.4311
Zra 0.2364
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -8.54796
증기압 B 0.76982
증기압 C -3.1085
증기압 D 1.54481
증기압 T1 288
증기압 T2 512.5
▒ VLE FOR ACETONITRILE + METHANOL의 참조표준 문서자료  
  • [저널정보] I. NAGATA / THERMOCHIM.ACTA / 114 / / 227 ( 1987)
  • [저널정보] V. DOHNAL, R. HOLUB, J. PICK / COLLECT.CZECH.CHEM.COMMUN. / 42 / / 1445 ( 1977)
  • [저널정보] F. MATO G.G., G.G.BENITO / AN.QUIM. / 81 / / 116 ( 1985)
  • [저널정보] A. TAMIR, J. WISNIAK / J.CHEM.ENG.DATA / 31 / / 363 ( 1986)
  • [저널정보] J.-P. MONFORT / J.CHEM.ENG.DATA / 28 / / 24 ( 1983)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR 1-HEXENE + ETHYL ACETATE의 참조표준  
참조표준 번호 KSRD.01.2008.001.133
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 122.73
A21 16.54
B12 889.91
B21 1145.51
C12 0
C21 0
유효온도범위 323.15 ~ 333.15
압력불확도(%) 0
기상조정불확도(%) 0.73
▒ VLE FOR 1-HEXENE + ETHYL ACETATE의 참조표준 기본정보  
성분1
성분명 1-HEXENE
Formula C6H12
CAS No. 592-41-6
w 84.1608
Tc(K) 504
Pc(kPa) 3210
Vc(m3/kmol) 0.3551
DM(Debye) 0.4
성분2
성분명 ETHYL ACETATE
Formula C4H8O2
CAS No. 141-78-6
w 88.106
Tc(K) 523.3
Pc(kPa) 3882
Vc(m3/kmol) 0.286
DM(Debye) 1.9
▒ VLE FOR 1-HEXENE + ETHYL ACETATE의 참조표준 세부정보  
성분1
성분명 1-HEXENE
Formula C6H12
CAS No. 592-41-6
w 84.1608
Tc(K) 504
Pc(kPa) 3210
Vc(m3/kmol) 0.3551
DM(Debye) 0.4
Qi 3.644
Ri 4.2697
Zra 0.2658
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.76467
증기압 B 2.29843
증기압 C -4.44302
증기압 D 0.89947
증기압 T1 289
증기압 T2 504
성분2
성분명 ETHYL ACETATE
Formula C4H8O2
CAS No. 141-78-6
w 88.106
Tc(K) 523.3
Pc(kPa) 3882
Vc(m3/kmol) 0.286
DM(Debye) 1.9
Qi 3.116
Ri 3.4786
Zra 0.2539
Vapor Pressure Equation P=A+B*T+C*T2+D*T3+E*T4+F*T5
증기압 A -7.68521
증기압 B 1.36511
증기압 C -4.0898
증기압 D -1.75342
증기압 T1 289
증기압 T2 523
▒ VLE FOR 1-HEXENE + ETHYL ACETATE의 참조표준 문서자료  
  • [저널정보] C. BECK, F.A. DUVIGNEAUD, C.D. MURPHY, / PRIVATE COMMUNICATION / / / ( )
  • [저널정보] J. GMEHLING / J.CHEM.ENG.DATA / 28 / / 27 ( 1983)
  • [저널정보] F. MATO G.G., G.G.BENITO / AN.QUIM. / 81 / / 116 ( 1985)
  • [저널정보] A. TAMIR, J. WISNIAK / J.CHEM.ENG.DATA / 31 / / 363 ( 1986)
  • [저널정보] J.-P. MONFORT / J.CHEM.ENG.DATA / 28 / / 24 ( 1983)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR N-HEPTANE + PERFLUOROHEPTANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.132
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -25.04
A21 309.51
B12 4053.75
B21 1941.45
C12 0
C21 0
유효온도범위 318.16 ~ 328.16
압력불확도(%) 0
기상조정불확도(%) 1.097
▒ VLE FOR N-HEPTANE + PERFLUOROHEPTANE의 참조표준 기본정보  
성분1
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
성분2
성분명 PERFLUOROHEPTANE
Formula C7F16
CAS No. 335-57-9
w 388.051
Tc(K) 474.8
Pc(kPa) 1620
Vc(m3/kmol) 0.664
DM(Debye) 1.7
▒ VLE FOR N-HEPTANE + PERFLUOROHEPTANE의 참조표준 세부정보  
성분1
성분명 N-HEPTANE
Formula C7H16
CAS No. 142-82-5
w 100.203
Tc(K) 540.2
Pc(kPa) 2740
Vc(m3/kmol) 0.428
DM(Debye) 0
Qi 4.396
Ri 5.1742
Zra 0.2604
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.67468
증기압 B 1.37068
증기압 C -3.5362
증기압 D -3.20243
증기압 T1 240
증기압 T2 540
성분2
성분명 PERFLUOROHEPTANE
Formula C7F16
CAS No. 335-57-9
w 388.051
Tc(K) 474.8
Pc(kPa) 1620
Vc(m3/kmol) 0.664
DM(Debye) 1.7
Qi 7.36
Ri 7.8645
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -9.13392
증기압 B 2.75328
증기압 C -8.33813
증기압 D 6.82085
증기압 T1 271
증기압 T2 474.8
▒ VLE FOR N-HEPTANE + PERFLUOROHEPTANE의 참조표준 문서자료  
  • [저널정보] M.V. ALEKSEEVA, N.A. SMIRNOVA, N.N. SOKOLOVSKAYA / ZH.PRIKL.KHIM.(LENINGRAD) / 58 / / 1336 ( 1985)
  • [저널정보] J. GMEHLING / J.CHEM.ENG.DATA / 28 / / 27 ( 1983)
  • [저널정보] F. MATO G.G., G.G.BENITO / AN.QUIM. / 81 / / 116 ( 1985)
  • [저널정보] A. TAMIR, J. WISNIAK / J.CHEM.ENG.DATA / 31 / / 363 ( 1986)
  • [저널정보] J.-P. MONFORT / J.CHEM.ENG.DATA / 28 / / 24 ( 1983)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR WATER + ACETONE의 참조표준  
참조표준 번호 KSRD.01.2008.001.131
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 219.68
A21 503.25
B12 -141161.33
B21 186950.94
C12 0
C21 0
유효온도범위 308.15 ~ 365.15
압력불확도(%) 0.194
기상조정불확도(%) 0.835
▒ VLE FOR WATER + ACETONE의 참조표준 기본정보  
성분1
성분명 WATER
Formula H2O
CAS No. 7732-18-5
w 18.0152
Tc(K) 647.14
Pc(kPa) 2.21E+04
Vc(m3/kmol) 0.056
DM(Debye) 1.8
성분2
성분명 ACETONE
Formula C3H6O
CAS No. 67-64-1
w 58.0798
Tc(K) 508.1
Pc(kPa) 4700
Vc(m3/kmol) 0.209
DM(Debye) 2.9
▒ VLE FOR WATER + ACETONE의 참조표준 세부정보  
성분1
성분명 WATER
Formula H2O
CAS No. 7732-18-5
w 18.0152
Tc(K) 647.14
Pc(kPa) 2.21E+04
Vc(m3/kmol) 0.056
DM(Debye) 1.8
Qi 1.4
Ri 0.92
Zra 0.2372
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.76451
증기압 B 1.45838
증기압 C -2.7758
증기압 D -1.23303
증기압 T1 275
증기압 T2 647
성분2
성분명 ACETONE
Formula C3H6O
CAS No. 67-64-1
w 58.0798
Tc(K) 508.1
Pc(kPa) 4700
Vc(m3/kmol) 0.209
DM(Debye) 2.9
Qi 2.336
Ri 2.5735
Zra 0.2477
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.45514
증기압 B 1.202
증기압 C -2.43926
증기압 D -3.3559
증기압 T1 259
증기압 T2 508
▒ VLE FOR WATER + ACETONE의 참조표준 문서자료  
  • [저널정보] I. LIEBERWIRTH, H. SCHUBERTH / Z.PHYS.CHEM.(LEIPZIG) / 260 / / 669 ( 1979)
  • [저널정보] A.S. BRUNJES, M.J.P.BOGART / IND.ENG.CHEM. / 35 / / 255 ( 1943)
  • [저널정보] F. MATO G.G., G.G.BENITO / AN.QUIM. / 81 / / 116 ( 1985)
  • [저널정보] A. TAMIR, J. WISNIAK / J.CHEM.ENG.DATA / 31 / / 363 ( 1986)
  • [저널정보] J.-P. MONFORT / J.CHEM.ENG.DATA / 28 / / 24 ( 1983)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR CARBON TETRACHLORIDE + CHLOROBENZENE의 참조표준  
참조표준 번호 KSRD.01.2008.001.130
참조표준 등급 검증 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 132.53
A21 -232.96
B12 145831.59
B21 -50493.1
C12 0
C21 0
유효온도범위 343.15 ~ 404.85
압력불확도(%) 0.13
기상조정불확도(%) 0.553
▒ VLE FOR CARBON TETRACHLORIDE + CHLOROBENZENE의 참조표준 기본정보  
성분1
성분명 CARBON TETRACHLORIDE
Formula CCl4
CAS No. 56-23-5
w 153.823
Tc(K) 556.6
Pc(kPa) 4516
Vc(m3/kmol) 0.276
DM(Debye) 0
성분2
성분명 CHLOROBENZENE
Formula C6H5Cl
CAS No. 108-90-7
w 112.559
Tc(K) 632.4
Pc(kPa) 4520
Vc(m3/kmol) 0.308
DM(Debye) 1.6
▒ VLE FOR CARBON TETRACHLORIDE + CHLOROBENZENE의 참조표준 세부정보  
성분1
성분명 CARBON TETRACHLORIDE
Formula CCl4
CAS No. 56-23-5
w 153.823
Tc(K) 556.6
Pc(kPa) 4516
Vc(m3/kmol) 0.276
DM(Debye) 0
Qi 2.91
Ri 3.39
Zra 0.2722
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.07139
증기압 B 1.71497
증기압 C -2.8993
증기압 D -2.49466
증기압 T1 250
증기압 T2 556
성분2
성분명 CHLOROBENZENE
Formula C6H5Cl
CAS No. 108-90-7
w 112.559
Tc(K) 632.4
Pc(kPa) 4520
Vc(m3/kmol) 0.308
DM(Debye) 1.6
Qi 2.844
Ri 3.8127
Zra 0.2651
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.587
증기압 B 2.26551
증기압 C -4.09418
증기압 D 0.17038
증기압 T1 335
증기압 T2 632
▒ VLE FOR CARBON TETRACHLORIDE + CHLOROBENZENE의 참조표준 문서자료  
  • [저널정보] J. DROBIG, E.LINDENAU / WISS.Z.TECH.HOCHSCH.CHEM.LEUNA-MERSEBURG / 8 / / 144 ( 1966)
  • [저널정보] M. SERWINSKI, S. MICHALOWSKI / ZESZ.NAUK.POLITECH.LODZ.,CHEM. / 16 / / 45 ( 1965)
  • [저널정보] F. MATO G.G., G.G.BENITO / AN.QUIM. / 81 / / 116 ( 1985)
  • [저널정보] A. TAMIR, J. WISNIAK / J.CHEM.ENG.DATA / 31 / / 363 ( 1986)
  • [저널정보] J.-P. MONFORT / J.CHEM.ENG.DATA / 28 / / 24 ( 1983)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR CHLORODIFLUOROMETHANE + DICHLORODIFLUOROMETHANE의 참조표준  
참조표준 번호 KSRD.01.2008.001.129
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -74.4
A21 60.28
B12 28990.81
B21 10630.92
C12 0
C21 0
유효온도범위 223.15 ~ 293.15
압력불확도(%) 0
기상조정불확도(%) 1.349
▒ VLE FOR CHLORODIFLUOROMETHANE + DICHLORODIFLUOROMETHANE의 참조표준 기본정보  
성분1
성분명 CHLORODIFLUOROMETHANE
Formula CHClF2
CAS No. 75-45-6
w 86.4687
Tc(K) 369.3
Pc(kPa) 4990
Vc(m3/kmol) 0.169
DM(Debye) 1.4
성분2
성분명 DICHLORODIFLUOROMETHANE
Formula CCl2F2
CAS No. 75-71-8
w 120.914
Tc(K) 384.95
Pc(kPa) 4136
Vc(m3/kmol) 0.217
DM(Debye) 0.5
▒ VLE FOR CHLORODIFLUOROMETHANE + DICHLORODIFLUOROMETHANE의 참조표준 세부정보  
성분1
성분명 CHLORODIFLUOROMETHANE
Formula CHClF2
CAS No. 75-45-6
w 86.4687
Tc(K) 369.3
Pc(kPa) 4990
Vc(m3/kmol) 0.169
DM(Debye) 1.4
Qi 1.828
Ri 1.967
Zra 0.2663
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -6.99913
증기압 B 1.23014
증기압 C -2.49377
증기압 D -2.21052
증기압 T1 170
증기압 T2 369
성분2
성분명 DICHLORODIFLUOROMETHANE
Formula CCl2F2
CAS No. 75-71-8
w 120.914
Tc(K) 384.95
Pc(kPa) 4136
Vc(m3/kmol) 0.217
DM(Debye) 0.5
Qi 2.376
Ri 2.6243
Zra 0.2757
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.01657
증기압 B 1.73224
증기압 C -2.97909
증기압 D -0.37723
증기압 T1 155
증기압 T2 384.95
▒ VLE FOR CHLORODIFLUOROMETHANE + DICHLORODIFLUOROMETHANE의 참조표준 문서자료  
  • [저널정보] M. KRIEBEL / KAELTETECHNIK / 19 / / 8 ( 1967)
  • [저널정보] M. SERWINSKI, S. MICHALOWSKI / ZESZ.NAUK.POLITECH.LODZ.,CHEM. / 16 / / 45 ( 1965)
  • [저널정보] F. MATO G.G., G.G.BENITO / AN.QUIM. / 81 / / 116 ( 1985)
  • [저널정보] A. TAMIR, J. WISNIAK / J.CHEM.ENG.DATA / 31 / / 363 ( 1986)
  • [저널정보] J.-P. MONFORT / J.CHEM.ENG.DATA / 28 / / 24 ( 1983)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR METHYL ACETATE + CHLOROFORM의 참조표준  
참조표준 번호 KSRD.01.2008.001.128
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -351.03
A21 163.97
B12 68.96
B21 4299.35
C12 0
C21 0
유효온도범위 308.15 ~ 328.15
압력불확도(%) 0
기상조정불확도(%) 0.857
▒ VLE FOR METHYL ACETATE + CHLOROFORM의 참조표준 기본정보  
성분1
성분명 METHYL ACETATE
Formula C3H6O2
CAS No. 79-20-9
w 74.0792
Tc(K) 506.55
Pc(kPa) 4750
Vc(m3/kmol) 0.228
DM(Debye) 1.7
성분2
성분명 CHLOROFORM
Formula CHCl3
CAS No. 67-66-3
w 119.378
Tc(K) 536.4
Pc(kPa) 5470
Vc(m3/kmol) 0.239
DM(Debye) 1.1
▒ VLE FOR METHYL ACETATE + CHLOROFORM의 참조표준 세부정보  
성분1
성분명 METHYL ACETATE
Formula C3H6O2
CAS No. 79-20-9
w 74.0792
Tc(K) 506.55
Pc(kPa) 4750
Vc(m3/kmol) 0.228
DM(Debye) 1.7
Qi 2.576
Ri 2.8042
Zra 0.2552
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -8.05406
증기압 B 2.56375
증기압 C -5.12994
증기압 D 0.16125
증기압 T1 275
증기압 T2 506.55
성분2
성분명 CHLOROFORM
Formula CHCl3
CAS No. 67-66-3
w 119.378
Tc(K) 536.4
Pc(kPa) 5470
Vc(m3/kmol) 0.239
DM(Debye) 1.1
Qi 2.41
Ri 2.87
Zra 0.275
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -6.95546
증기압 B 1.16625
증기압 C -2.1397
증기압 D -3.44421
증기압 T1 215
증기압 T2 536
▒ VLE FOR METHYL ACETATE + CHLOROFORM의 참조표준 문서자료  
  • [저널정보] I.I. VASILEVA, A.N. MARINICHEV, M.P. SUSAREV / DEPOSITED DOC., (VINITI 3400-83) / / / ( 1983)
  • [저널정보] T. OHTA, H. ASANO, I. NAGATA / FLUID PHASE EQUILIB. / 4 / / 105 ( 1980)
  • [저널정보] I. NAGATA, H. HAYASHIDA / J.CHEM.ENG.JPN. / 3 / / 161 ( 1970)
  • [저널정보] A. TAMIR, J. WISNIAK / J.CHEM.ENG.DATA / 31 / / 363 ( 1986)
  • [저널정보] J.-P. MONFORT / J.CHEM.ENG.DATA / 28 / / 24 ( 1983)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR 1,2-PROPYLENE OXIDE + METHYL ACETATE의 참조표준  
참조표준 번호 KSRD.01.2008.001.127
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 514.86
A21 -629.89
B12 -28524.29
B21 97404.05
C12 0
C21 0
유효온도범위 308.15 ~ 328.15
압력불확도(%) 0
기상조정불확도(%) 0.282
▒ VLE FOR 1,2-PROPYLENE OXIDE + METHYL ACETATE의 참조표준 기본정보  
성분1
성분명 1,2-PROPYLENE OXIDE
Formula C3H6O
CAS No. 75-56-9
w 58.0798
Tc(K) 482.2
Pc(kPa) 4920
Vc(m3/kmol) 0.186
DM(Debye) 2
성분2
성분명 METHYL ACETATE
Formula C3H6O2
CAS No. 79-20-9
w 74.0792
Tc(K) 506.55
Pc(kPa) 4750
Vc(m3/kmol) 0.228
DM(Debye) 1.7
▒ VLE FOR 1,2-PROPYLENE OXIDE + METHYL ACETATE의 참조표준 세부정보  
성분1
성분명 1,2-PROPYLENE OXIDE
Formula C3H6O
CAS No. 75-56-9
w 58.0798
Tc(K) 482.2
Pc(kPa) 4920
Vc(m3/kmol) 0.186
DM(Debye) 2
Qi 1.856
Ri 2.2663
Zra 0.249143
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -6.97569
증기압 B 0.6365
증기압 C -1.49187
증기압 D -6.37743
증기압 T1 249
증기압 T2 482
성분2
성분명 METHYL ACETATE
Formula C3H6O2
CAS No. 79-20-9
w 74.0792
Tc(K) 506.55
Pc(kPa) 4750
Vc(m3/kmol) 0.228
DM(Debye) 1.7
Qi 2.576
Ri 2.8042
Zra 0.2552
Vapor Pressure Equation P=A+B*T+C*T2+D*T3+E*T4+F*T5
증기압 A -8.05406
증기압 B 2.56375
증기압 C -5.12994
증기압 D 0.16125
증기압 T1 275
증기압 T2 506.55
▒ VLE FOR 1,2-PROPYLENE OXIDE + METHYL ACETATE의 참조표준 문서자료  
  • [저널정보] AL. ZHANG-LI JIN ET / J.CHEM.ENG.(CHINA) / 4 / / 1 ( 1984)
  • [저널정보] T. OHTA, H. ASANO, I. NAGATA / FLUID PHASE EQUILIB. / 4 / / 105 ( 1980)
  • [저널정보] I. NAGATA, H. HAYASHIDA / J.CHEM.ENG.JPN. / 3 / / 161 ( 1970)
  • [저널정보] A. TAMIR, J. WISNIAK / J.CHEM.ENG.DATA / 31 / / 363 ( 1986)
  • [저널정보] J.-P. MONFORT / J.CHEM.ENG.DATA / 28 / / 24 ( 1983)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR CHLOROFORM + TETRAHYDROFURAN의 참조표준  
참조표준 번호 KSRD.01.2008.001.126
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 206.54
A21 -31.86
B12 -117437.17
B21 -51827.28
C12 0
C21 0
유효온도범위 303.15 ~ 323.15
압력불확도(%) 0
기상조정불확도(%) 0.489
▒ VLE FOR CHLOROFORM + TETRAHYDROFURAN의 참조표준 기본정보  
성분1
성분명 CHLOROFORM
Formula CHCl3
CAS No. 67-66-3
w 119.378
Tc(K) 536.4
Pc(kPa) 5470
Vc(m3/kmol) 0.239
DM(Debye) 1.1
성분2
성분명 TETRAHYDROFURAN
Formula C4H8O
CAS No. 109-99-9
w 72.1066
Tc(K) 540.1
Pc(kPa) 5190
Vc(m3/kmol) 0.224
DM(Debye) 1.7
▒ VLE FOR CHLOROFORM + TETRAHYDROFURAN의 참조표준 세부정보  
성분1
성분명 CHLOROFORM
Formula CHCl3
CAS No. 67-66-3
w 119.378
Tc(K) 536.4
Pc(kPa) 5470
Vc(m3/kmol) 0.239
DM(Debye) 1.1
Qi 2.41
Ri 2.87
Zra 0.275
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -6.95546
증기압 B 1.16625
증기압 C -2.1397
증기압 D -3.44421
증기압 T1 215
증기압 T2 536
성분2
성분명 TETRAHYDROFURAN
Formula C4H8O
CAS No. 109-99-9
w 72.1066
Tc(K) 540.1
Pc(kPa) 5190
Vc(m3/kmol) 0.224
DM(Debye) 1.7
Qi 2.72
Ri 2.9415
Zra 0.2675
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A 14.0919
증기압 B 2768.38
증기압 C -46.9
증기압 D 0
증기압 T1 270
증기압 T2 370
▒ VLE FOR CHLOROFORM + TETRAHYDROFURAN의 참조표준 문서자료  
  • [저널정보] H.-I. PAUL / VDI-FORSCHUNGSHEFT, 135, REIHE 3: VERFAHRENSTECHNIK / / / ( )
  • [저널정보] T. OHTA, H. ASANO, I. NAGATA / FLUID PHASE EQUILIB. / 4 / / 105 ( 1980)
  • [저널정보] I. NAGATA, H. HAYASHIDA / J.CHEM.ENG.JPN. / 3 / / 161 ( 1970)
  • [저널정보] A. TAMIR, J. WISNIAK / J.CHEM.ENG.DATA / 31 / / 363 ( 1986)
  • [저널정보] J.-P. MONFORT / J.CHEM.ENG.DATA / 28 / / 24 ( 1983)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR DIETHYL ETHER + ACETONE의 참조표준  
참조표준 번호 KSRD.01.2008.001.125
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 -248.96
A21 88.75
B12 145832.04
B21 -40713.4
C12 0
C21 0
유효온도범위 273.15 ~ 328.45
압력불확도(%) 0.176
기상조정불확도(%) 1.218
▒ VLE FOR DIETHYL ETHER + ACETONE의 참조표준 기본정보  
성분1
성분명 DIETHYL ETHER
Formula C4H10O
CAS No. 60-29-7
w 74.1224
Tc(K) 466.74
Pc(kPa) 3638
Vc(m3/kmol) 0.28
DM(Debye) 1.3
성분2
성분명 ACETONE
Formula C3H6O
CAS No. 67-64-1
w 58.0798
Tc(K) 508.1
Pc(kPa) 4700
Vc(m3/kmol) 0.209
DM(Debye) 2.9
▒ VLE FOR DIETHYL ETHER + ACETONE의 참조표준 세부정보  
성분1
성분명 DIETHYL ETHER
Formula C4H10O
CAS No. 60-29-7
w 74.1224
Tc(K) 466.74
Pc(kPa) 3638
Vc(m3/kmol) 0.28
DM(Debye) 1.3
Qi 3.016
Ri 3.3949
Zra 0.265
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.29916
증기압 B 1.24828
증기압 C -2.91931
증기압 D -3.3674
증기압 T1 250
증기압 T2 466.74
성분2
성분명 ACETONE
Formula C3H6O
CAS No. 67-64-1
w 58.0798
Tc(K) 508.1
Pc(kPa) 4700
Vc(m3/kmol) 0.209
DM(Debye) 2.9
Qi 2.336
Ri 2.5735
Zra 0.2477
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -7.45514
증기압 B 1.202
증기압 C -2.43926
증기압 D -3.3559
증기압 T1 259
증기압 T2 508
▒ VLE FOR DIETHYL ETHER + ACETONE의 참조표준 문서자료  
  • [저널정보] G.C. GERRITS / PROC.K.NED.AKAD.WET.AMSTERDAM / 7 / / 162 ( 1904)
  • [저널정보] J. SAMESHIMA / J.AM.CHEM.SOC. / 40 / / 1482 ( 1918)
  • [저널정보] I.A. BORISOVA, M.E. ERLYKINA, T.M. YAKSHINA / ZH.FIZ.KHIM. / 58 / / 2334 ( 1984)
  • [저널정보] A. TAMIR, J. WISNIAK / J.CHEM.ENG.DATA / 31 / / 363 ( 1986)
  • [저널정보] J.-P. MONFORT / J.CHEM.ENG.DATA / 28 / / 24 ( 1983)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR WATER + TERT-BUTANOL의 참조표준  
참조표준 번호 KSRD.01.2008.001.124
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 6206.33
A21 -951.87
B12 -1548681.48
B21 320580.43
C12 0
C21 0
유효온도범위 298.15 ~ 348.15
압력불확도(%) 0
기상조정불확도(%) 1.754
▒ VLE FOR WATER + TERT-BUTANOL의 참조표준 기본정보  
성분1
성분명 WATER
Formula H2O
CAS No. 7732-18-5
w 18.0152
Tc(K) 647.14
Pc(kPa) 2.21E+04
Vc(m3/kmol) 0.056
DM(Debye) 1.8
성분2
성분명 TERT-BUTANOL
Formula C4H10O
CAS No. 75-65-0
w 74.1224
Tc(K) 506.2
Pc(kPa) 3972
Vc(m3/kmol) 0.275
DM(Debye) 1.7
▒ VLE FOR WATER + TERT-BUTANOL의 참조표준 세부정보  
성분1
성분명 WATER
Formula H2O
CAS No. 7732-18-5
w 18.0152
Tc(K) 647.14
Pc(kPa) 2.21E+04
Vc(m3/kmol) 0.056
DM(Debye) 1.8
Qi 1.4
Ri 0.92
Zra 0.2372
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.76451
증기압 B 1.45838
증기압 C -2.7758
증기압 D -1.23303
증기압 T1 275
증기압 T2 647
성분2
성분명 TERT-BUTANOL
Formula C4H10O
CAS No. 75-65-0
w 74.1224
Tc(K) 506.2
Pc(kPa) 3972
Vc(m3/kmol) 0.275
DM(Debye) 1.7
Qi 3.128
Ri 3.4528
Zra 0.257
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A 14.8398
증기압 B 2658.29
증기압 C -95.5
증기압 D 0
증기압 T1 293
증기압 T2 376
▒ VLE FOR WATER + TERT-BUTANOL의 참조표준 문서자료  
  • [저널정보] A.C. BROWN, D.J.G.IVES / J.CHEM.SOC.LONDON / 1608 / / ( 1962)
  • [저널정보] J. KENTTAEMAA, E. TOMMILA, M. MARTTI / ANN.ACAD.SCI.FENN.SER.A, AII, / 93 / / ( 1953)
  • [저널정보] I.A. BORISOVA, M.E. ERLYKINA, T.M. YAKSHINA / ZH.FIZ.KHIM. / 58 / / 2334 ( 1984)
  • [저널정보] A. TAMIR, J. WISNIAK / J.CHEM.ENG.DATA / 31 / / 363 ( 1986)
  • [저널정보] J.-P. MONFORT / J.CHEM.ENG.DATA / 28 / / 24 ( 1983)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR WATER + N-BUTANOL의 참조표준  
참조표준 번호 KSRD.01.2008.001.123
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12 1934.69
A21 -1194.76
B12 26690.09
B21 461246.83
C12 0
C21 0
유효온도범위 333.15 ~ 390.95
압력불확도(%) 0.098
기상조정불확도(%) 2.472
▒ VLE FOR WATER + N-BUTANOL의 참조표준 기본정보  
성분1
성분명 WATER
Formula H2O
CAS No. 7732-18-5
w 18.0152
Tc(K) 647.14
Pc(kPa) 2.21E+04
Vc(m3/kmol) 0.056
DM(Debye) 1.8
성분2
성분명 N-BUTANOL
Formula C4H10O
CAS No. 71-36-3
w 74.1224
Tc(K) 563
Pc(kPa) 4414
Vc(m3/kmol) 0.274
DM(Debye) 1.8
▒ VLE FOR WATER + N-BUTANOL의 참조표준 세부정보  
성분1
성분명 WATER
Formula H2O
CAS No. 7732-18-5
w 18.0152
Tc(K) 647.14
Pc(kPa) 2.21E+04
Vc(m3/kmol) 0.056
DM(Debye) 1.8
Qi 1.4
Ri 0.92
Zra 0.2372
Vapor Pressure Equation Pr=exp[A*tau+B*tau1.5+C*tau2.5+D*tau5/Tr]
증기압 A -7.76451
증기압 B 1.45838
증기압 C -2.7758
증기압 D -1.23303
증기압 T1 275
증기압 T2 647
성분2
성분명 N-BUTANOL
Formula C4H10O
CAS No. 71-36-3
w 74.1224
Tc(K) 563
Pc(kPa) 4414
Vc(m3/kmol) 0.274
DM(Debye) 1.8
Qi 3.052
Ri 3.4543
Zra 0.2538
Vapor Pressure Equation P=A*TB/(1+C/T+D/T2)
증기압 A -8.00756
증기압 B 0.53783
증기압 C -9.3424
증기압 D 6.68692
증기압 T1 275
증기압 T2 563
▒ VLE FOR WATER + N-BUTANOL의 참조표준 문서자료  
  • [저널정보] M.KATO, H.KONISHI AND M.HIRATA / J.CHEM.ENG.DATA / 15 / / 435 ( 1970)
  • [저널정보] E. SCHREIBER, E. SCHUETTAU, D. RANT, H. SCHUBERTH / Z.PHYS.CHEM.(LEIPZIG) / 247 / / 23 ( 1971)
  • [저널정보] I.A. BORISOVA, M.E. ERLYKINA, T.M. YAKSHINA / ZH.FIZ.KHIM. / 58 / / 2334 ( 1984)
  • [저널정보] A. TAMIR, J. WISNIAK / J.CHEM.ENG.DATA / 31 / / 363 ( 1986)
  • [저널정보] J.-P. MONFORT / J.CHEM.ENG.DATA / 28 / / 24 ( 1983)
  • [저널정보] M.P. SUSAREV, S.T. CHEN / ZH.FIZ.KHIM. / 37 / / 1739 ( 1963)
  • [저널정보] P.L. SABARATHINAM, A.N.ANDIAPPAN / INDIAN J.TECHNOL. / 23 / / 101 ( 1985)


▒ VLE FOR WATER + ISOPROPANOL의 참조표준  
참조표준 번호 KSRD.01.2008.001.122
참조표준 등급 유효 참조표준
NRTL Parameters Pij = Bij/T + Cij/T2
A12