Atm mmHg logP=A-B/(T+C)

P 1 760 ANTOINE AR 1.98717 J/ mol K 1 7.31414

Z 10 2 7.11148

3 7.06437

uniquacr q φ θ

2.57 2.34 0.26986349 0.296954312.7 2.34 0.28351418 0.29695431

3.19 2.4 0.44662233 0.40609137

lj l1 -0.42l2 0.1l3 1.76∑xjlj 0.608

Burbujaϕ 0

T (K) T (°C) P1s P2s P3s γ1333.356325 60.2063245 868.098397 735.55956 392.720157 1.00619675

C3H

6O

CHCl3

C6H

6

C3H

6O (1)

CHCl3 (2)

C6H

6 (3)

T(°C) P(mmHg)

B C z1 0.31315.67 240.479 z2 0.31232.79 230.213 z3 0.41296.93 229.916 ∑xi 1

aij(K) 1 2 3 τij (se lee )1 0 -171.71 -108.79 τ12 93.96 0 4.98 τ23 174 -50.53 0 τ3

sumarorias 1 sumarorias 2 sumarorias 3 TOTAL0.08933529 -3.01653747 2.93337981 0.00617763

-1.12752689 -2.07986928 2.92537896 -0.28201721-0.92974188 -2.08769494 3.12862692 0.1111901

γ2 γ3 k1 k2 k3 funcion0.7542607 1.11760735 1.14931288 0.73000483 0.57750912 -0.20520104

C3H

6O (1)

CHCl3 (2)

C6H

6 (3)

i esPeciej contador

1 2 31 1.67379662 1.38589687

0.75437887 1 0.985172060.59335406 1.16367086 1

Atm mmHg logP=A-B/(T+C)

P 1 760 ANTOINE AR 8.314 J/ mol K 1 7.31414

Z 10 2 7.11148

3 7.06437

uniquacr q φ θ

2.57 2.34 0.38560778 0.424683652.7 2.34 0.11714799 0.12280724

3.19 2.4 0.49724422 0.45250911

lj l1 -0.42l2 0.1l3 1.76∑xjlj 0.617342

Rocioϕ 1

T (K) T (°C) P1s P2s P3s γ1341.183698 68.0336982 1120.94152 950.654421 514.660874 1.07378385

C3H

6O

CHCl3

C6H

6

C3H

6O (1)

CHCl3 (2)

C6H

6 (3)

T(°C) P(mmHg)

B C z1 0.331315.67 240.479 z2 0.331232.79 230.213 z3 0.341296.93 229.916 ∑zi 1

aij(K) 1 2 3 τ (se lee )1 0 -171.71 -108.79 τ12 93.96 0 4.98 τ23 174 -50.53 0 τ3

sumarorias 1 sumarorias 2 sumarorias 3 TOTAL-0.00165742 -2.86868132 2.94152746 0.07118872-1.28459397 -2.06974745 2.93352661 -0.42081481-1.03943905 -1.96633066 3.1370331 0.13126339

γ2 γ3 k1 k2 k3 funcion0.65651167 1.14026807 1.58374856 0.8212049 0.77217285 -0.0505308853

C3H

6O (1)

CHCl3 (2)

C6H

6 (3)

i esPeciej contador

Xsupuestasx1 0.4295x2 0.1242x3 0.4462∑xi 0.9999

1 2 31 1.65413344 1.3755594

0.75927278 1 0.985509770.60050207 1.15963121 1

xcal diferenciax1 0.20836641 0.22113359x2 0.40184855 -0.27764855x3 0.44031592 0.00588408∑xi 1.05053089

Atm mmHg bar logP=A-B/(T+C)

P 1 760 1.01325 ANTOINE AR 1.98717 J/ mol K 1 7.31414

Z 10 2 7.11148

3 7.06437

uniquacr q φ θ

2.57 2.34 0.26986349 0.296954312.7 2.34 0.28351418 0.29695431

3.19 2.4 0.44662233 0.40609137

lj l1 -0.42l2 0.1l3 1.76∑xjlj 0.608

Burbujaϕ 0

T (K) T (°C) P1s P2s P3s γ1344.663972 71.5139724 1250.70242 1060.96265 577.801444 0.68274648

1.66746608 1.41450054 0.77033857

fl10.34153698

fl20.19102263

fl30.48069038

C3H

6O

CHCl3

C6H

6

C3H

6O (1)

CHCl3 (2)

C6H

6 (3)

T(°C) P(mmHg)

B C z1 0.3 y11315.67 240.479 z2 0.3 y21232.79 230.213 z3 0.4 y31296.93 229.916 ∑xi 1

aij(K) 1 2 3 τij (se lee )1 0 -455.04 -111.16 τ12 144.65 0 573.75 τ23 235.17 -286.69 0 τ3

sumarorias 1 sumarorias 2 sumarorias 3 TOTAL0.29645211 -3.61146359 2.93337981 -0.38163167

-2.56576092 -1.15778508 2.92537896 -0.79816704-0.35087944 -2.3330635 3.12862692 0.44468398

γ2 γ3 k1 k2 k3 funcion0.45015332 1.55999713 1.12356931 0.62841561 1.18601131 2.6158E-012

fv1 diferencia0.34153698 8.5665E-013

fv20.19102263 5.9550E-013

fv30.48069038 1.1935E-012

suma 2.6457E-012

C3H

6O (1)

CHCl3 (2)

C6H

6 (3)

i esPeciej contador

0.337070790.188524680.47440452

1

1 2 31 3.744329 1.3805984

0.65725439 1 0.189254080.50544465 2.29744048 1

Atm mmHg bar logP=A-B/(T+C)

P 1 760 1.01325 ANTOINE AR 1.98717 J/ mol K 1 7.31414

Z 10 2 7.11148

3 7.06437

uniquacr q φ θ

2.57 2.34 0.30586 0.327872512.7 2.34 0.42559842 0.43426187

3.19 2.4 0.26854158 0.23786562

lj l1 -0.42l2 0.1l3 1.76∑xjlj 0.31577494

Burbujaϕ 0

T (K) T (°C) P1s P2s P3s γ1347.127309 73.9773091 1349.54798 1144.95071 626.116444 0.51221363

1.79924933 1.5264754 0.83475327

fl10.30397494

fl20.30397499

fl30.40530025

C3H

6O

CHCl3

C6H

6

C3H

6O (1)

CHCl3 (2)

C6H

6 (3)

T(°C) P(mmHg)

B C z1 0.3 x11315.67 240.479 z2 0.3 x21232.79 230.213 z3 0.4 x31296.93 229.916 ∑xi 1

aij(K) 1 2 3 τij (se lee )1 0 -455.04 -111.16 τ12 144.65 0 573.75 τ23 235.17 -286.69 0 τ3

sumarorias 1 sumarorias 2 sumarorias 3 TOTAL0.42776821 -3.75443915 2.65765744 -0.6690135

-2.14595963 -1.28932506 2.64965659 -0.785628110.25555394 -2.36771435 2.84505515 0.73289474

γ2 γ3 k1 k2 k3 funcion0.4558333 2.08109613 0.90954851 0.68671929 1.71448488 0.16467429

fv1 diferencia0.303975 -5.574E-008

fv20.303975 -7.637E-009

fv30.4053 2.5117E-007

suma 1.8779E-007

C3H

6O (1)

CHCl3 (2)

C6H

6 (3)

i esPeciej contador

0.32983391 y1 0.30.43685971 y2 0.30.23330637 y3 0.4

1 1

1 2 31 3.70941257 1.37744225

0.65921476 1 0.1915030.50789792 2.2839193 1

Atm mmHg bar logP=A-B/(T+C)

P 1 760 1.01325 ANTOINE AR 1.98717 J/ mol K 1 7.31414

Z 10 2 7.11148

3 7.06437

uniquacr q φ θ

2.57 2.34 0.26986349 0.296954312.7 2.34 0.28351418 0.29695431

3.19 2.4 0.44662233 0.40609137

lj l1 -0.42l2 0.1l3 1.76∑xjlj 0.608

Burbujaϕ 0

T (K) T (°C) P1s P2s P3s γ1340.162719 67.0127192 1084.98354 920.076897 497.226235 1.00877777

1.44652575 1.22666831 0.66291379

fl10.43776691

fl20.27939599

fl30.29608708

C3H

6O

CHCl3

C6H

6

C3H

6O (1)

CHCl3 (2)

C6H

6 (3)

T(°C) P(mmHg)

B C z1 0.3 y11315.67 240.479 z2 0.3 y21232.79 230.213 z3 0.4 y31296.93 229.916 ∑xi 1

aij(K) 1 2 3 τij (se lee )1 0 -171.71 -108.79 τ12 93.96 0 4.98 τ23 174 -50.53 0 τ3

sumarorias 1 sumarorias 2 sumarorias 3 TOTAL0.07770386 -3.0023442 2.93337981 0.00873947

-1.11543572 -2.08539742 2.92537896 -0.27545418-0.92413375 -2.09419379 3.12862692 0.11029939

γ2 γ3 k1 k2 k3 funcion0.75922722 1.11661232 1.44014115 0.91914135 0.73053808 -2.022E-008

fv1 diferencia0.43776691 -8.541E-009

fv20.279396 -5.668E-009

fv30.29608709 -6.278E-009

suma -2.049E-008

C3H

6O (1)

CHCl3 (2)

C6H

6 (3)

ij

0.432042350.275742410.29221524

1

1 2 31 1.65663399 1.3768765

0.75864544 1 0.985466590.59958358 1.16014681 1

Atm mmHg bar logP=A-B/(T+C)

P 1 760 1.01325 ANTOINE AR 1.98717 J/ mol K 1 7.31414

Z 10 2 7.11148

3 7.06437

uniquacr q φ θ

2.57 2.34 0.15814403 0.178326422.7 2.34 0.26326687 0.28257157

3.19 2.4 0.57858909 0.53910201

lj l1 -0.42l2 0.1l3 1.76∑xjlj 0.89046034

Burbujaϕ 0

T (K) T (°C) P1s P2s P3s γ1342.7434 69.5933996 1177.69869 998.910123 542.236446 1.07100627

1.57013578 1.33177063 0.72292247

fl10.30397505

fl20.30397495

fl30.40530008

C3H

6O

CHCl3

C6H

6

C3H

6O (1)

CHCl3 (2)

C6H

6 (3)

T(°C) P(mmHg)

B C z1 0.3 x11315.67 240.479 z2 0.3 x21232.79 230.213 z3 0.4 x31296.93 229.916 ∑xi 1

aij(K) 1 2 3 τij (se lee )1 0 -171.71 -108.79 τ12 93.96 0 4.98 τ23 174 -50.53 0 τ3

sumarorias 1 sumarorias 2 sumarorias 3 TOTAL-0.00261818 -3.12038543 3.19160225 0.06859865-1.24821604 -2.16245049 3.1836014 -0.22706513-1.11256767 -2.23069111 3.3941836 0.05092482

γ2 γ3 k1 k2 k3 funcion0.79686888 1.05224379 1.65963511 1.04736893 0.75074333 0.11239855

fv1 diferencia0.303975 5.4497E-008

fv20.303975 -5.496E-008

fv30.4053 8.1477E-008

suma 8.1010E-008

C3H

6O (1)

CHCl3 (2)

C6H

6 (3)

i esPeciej contador

0.18076266 y1 0.30.28643197 y2 0.30.53280537 y3 0.4

1 1

1 2 31 1.65034942 1.37356489

0.76022492 1 0.985575230.60189732 1.15884993 1

Atm mmHg bar logP=A-B/(T+C)

P 1 760 1.01325 ANTOINE AR 1.98717 J/ mol K 1 7.31414

Z 10 2 7.11148

3 7.06437

uniquacr q φ θ

2.57 2.34 9.5185E-006 0.000012.7 2.34 0.99999048 0.99999

lj l1 -0.42l2 0.1

Burbujaϕ 0

T (K) T (°C) P1s P2s P3s334.330962 61.1809617 896.821567 760.003874 406.490496

1.19566375 1.01325516 0.54194276

fl14.85958E-006

fl21.0132450316

Atm mmHg bar logP=A-B/(T+C)

P 1 760 1.01325 ANTOINE AR 1.98717 J/ mol K 1 C3H6O 7.31414

Z 10 2 CHCl3 7.11148

3 C6H6 7.06437

C3H

6O

CHCl3

C6H

6

C3H

6O (1)

CHCl3 (2)

uniquacr q φ θ

C3H6O (1) 2.57 2.34 0.99998949 0.99999CHCl3 (2) 2.7 2.34 1.0506E-005 0.00001

lj l1 -0.42l2 0.1

Burbujaϕ 0

T (K) T (°C) P1s P2s P3s329.439279 56.2892788 760.003818 643.54999 341.1161

1.01325509 0.85799609 0.45478406

fl11.0132449576fl24.58912E-006

T(°C) P(mmHg)

B C z1 0.00001 y11315.67 240.479 z2 0.99999 y21232.79 230.213

1296.93 229.916

aij(K) 1 2 τij (se lee )1 0 -171.71 τ12 93.96 0 τ2

τ3

gamma10.406433868

1

fv1 diferencia4.8596E-006 -6.7423E-013fv21.01324514 -1.0880E-007

suma -1.0880E-007

T(°C) P(mmHg)

B C z1 0.99999 y11315.67 240.479 z2 0.00001 y21232.79 230.213

1296.93 229.916

C3H

6O (1)

CHCl3 (2) k1∞2

aij(K) 1 2 τij (se lee )1 0 -171.71 τ12 93.96 0 τ2

τ3

gamma1C3H6O (1) 1CHCl3 (2) 0.534865451

K2∞1 0.45291162

fv1 diferencia1.01324541 -4.5324E-007

fv24.5891E-006 -2.3824E-012

suma -4.5324E-007

ij

4.7960E-006 x1 0.000010.9999952 x2 0.99999

1

1

1 21 1.67128514

0.75499898 1

0.47960356

ij

0.99999547 x1 0.999994.5291E-006 x2 0.00001

1

1

1 21 1.68407923

0.75185493 1

Atm mmHg bar logP=A-B/(T+C)

P 1 760 1.01325 ANTOINE AR 1.98717 J/ mol K 1 7.31414

Z 10 2 7.11148

3 7.06437

uniquacr q φ θ

2.57 2.34 8.05644E-006 0.000009753.19 2.4 0.9999919436 0.99999025

lj l1 -0.42l3 1.76

Burbujaϕ 0

T (K) T (°C) P1s P2s P3s353.239778 80.0897775 1621.68362 1375.9997825 759.981129

2.16206701 1.8345154995 1.01322484

fl13.51841E-005

fl21.0132147089

Atm mmHg bar logP=A-B/(T+C)

P 1 760 1.01325 ANTOINE AR 1.98717 J/ mol K 1 7.31414

Z 10 2 7.11148

3 7.06437

C3H

6O

CHCl3

C6H

6

C3H

6O (1)

C6H

6 (3)

C3H

6O

CHCl3

C6H

6

uniquacr q φ θ

2.57 2.34 0.9999875876 0.999989743.19 2.4 1.24124E-005 1.0256E-005

lj l1 -0.42l3 1.76

Burbujaϕ 0

T (K) T (°C) P1s P2s P3s329.439229 56.2892288 760.002511 643.54887741 341.115478

1.01325335 0.8579946053 0.45478323

fl11.0132432149fl26.78510E-006

C3H

6O (1)

C6H6 (3)

T(°C) P(mmHg)

B C z1 0.00001 y11315.67 240.479 z3 0.99999 y31232.79 230.213

1296.93 229.916

sumatoria

aij(K) 1 3 τij (se lee )1 0 -108.79 τ13 174 0 τ3

gamma11.62733531

1

fv1 diferencia3.51841E-005 -3.197E-012

fv21.0132148159 -1.070E-007

suma -1.070E-007

T(°C) P(mmHg)

B C z1 0.99999 y11315.67 240.479 z3 0.00001 y31232.79 230.213

1296.93 229.916

sumatoria

C3H

6O (1)

CHCl3 (2) k1∞3

aij(K) 1 3 τij (se lee )1 0 -108.79 τ13 174 0 τ3

gamma11

1.49194184

fv1 diferencia1.0132432149 -6.763E-012fv26.78510E-006 -5.115E-014

suma -6.814E-012

C3H

6O (1)

CHCl3 (2) k3∞1

ij

3.4724E-005 x1 0.000010.99996528 x3 0.99999

0 1

1

1 31 1.36067074

0.61104587 1

3.47239902

ij

0.9999933 x1 0.999996.6964E-006 x3 0.00001

1

1

1 31 1.39128506

0.58968296 1

0.66963744

Atm mmHg bar logP=A-B/(T+C)

P 1 760 1.01325 ANTOINE AR 1.98717 J/ mol K 1 7.31414

Z 10 2 7.11148

3 7.06437

uniquacr q φ θ

2.7 2.34 0.000008464 0.000009753.19 2.4 0.999991536 0.99999025

lj l1 0.1l3 1.76

Burbujaϕ 0

T (K) T (°C) P1s P2s P3s353.24042 80.0904201 1621.71434 1376.0258498 759.996305

2.16210797 1.8345502531 1.01324507

fl21.49689E-005

fl31.0132349408

Atm mmHg bar logP=A-B/(T+C)

P 1 760 1.01325 ANTOINE AR 1.98717 J/ mol K 1 7.31414

Z 10 2 7.11148

3 7.06437

C3H

6O

CHCl3

C6H

6

CHCl3

C6H

6 (3)

C3H

6O

CHCl3

C6H

6

uniquacr q φ θ

2.7 2.34 0.9999881852 0.999989743.19 2.4 1.18148E-005 1.0256E-005

lj l1 0.1l3 1.76

Burbujaϕ 0

T (K) T (°C) P1s P2s P3s334.330983 61.1809831 896.822206 760.00441722 406.490802

1.19566461 1.0132558891 0.54194317

fl21.0132457566fl34.24344E-006

CHCl3

C6H6 (3)

T(°C) P(mmHg)

B C z2 0.00001 y21315.67 240.479 z3 0.99999 y31232.79 230.213

1296.93 229.916

sumatoria

aij(K) 2 3 τij (se lee )2 0 4.98 τ23 -50.53 0 τ3

gammas0.81594191

1

fv2 diferencia1.4969E-005 -1.265E-012fv31.01323503 -9.031E-008

suma -9.031E-008

T(°C) P(mmHg)

B C z2 0.99999 y21315.67 240.479 z3 0.00001 y31232.79 230.213

1296.93 229.916

sumatoria

CHCl3

C6H

6 (3) k2∞3

aij(K) 2 3 τij (se lee )2 0 4.98 τ23 -50.53 0 τ3

gammas1

0.78300452

fv2 diferencia1.01324576 4.6638E-012

fv34.2434E-006 -6.059E-015

suma 4.6578E-012

CHCl3

C6H

6 (3) k3∞2

ij

1.4773E-005 x2 0.000010.99998523 x3 0.99999

0 1

1

2 31 0.98600087

1.15378409 1

1.47731219

ij

0.99999581 x2 0.999994.1879E-006 x3 0.00001

0 1

1

2 31 0.98521497

1.16315676 1

0.41879491