Table 13 Values of \(\Delta {H}^{0}(kJ/mol)\), \(\Delta {S}^{0}(J {K}^{-1}{ mol}^{-1})\) and the expressions of \(\Delta {G}^{0}(T) (kJ/mol)\) of different polar and n-alkane molecules adsorbed on 2% of rhodium supported by H-β-zeolite.

From: New approach to determine the surface and interface thermodynamic properties of H-β-zeolite/rhodium catalysts by inverse gas chromatography at infinite dilution

Molecules

\(\Delta {H}^{0} (kJ/mol)\)

\(\Delta {S}^{0} (J {K}^{-1}{ mol}^{-1})\)

\(\Delta {G}^{0}(T) (kJ/mol)\)

C5

− 48.764

− 67.9

− 48.764 + 6.79 × 10–2 T

C6

− 54.787

− 69.3

− 54.787 + 6.93 × 10–2 T

C7

− 65.456

− 80.9

− 65.456 + 8.09 × 10–2 T

C8

− 73.026

− 85.7

− 73.026 + 8.57 × 10–2 T

C9

− 81.372

− 92.2

− 81.372 + 9.22 × 10–2 T

Cyclohexane

− 42.018

− 48.3

− 42.018 + 4.83 × 10–2 T

Tri-CE

− 48.668

− 63.1

− 48.668 + 6.31 × 10–2 T

Tetra-CE

− 50.000

− 62.5

− 50.000 + 6.25 × 10–2 T

Benzene

− 57.363

− 72.6

57.363 + 7.26 × 10–2 T

Chloroform

− 24.401

− 31.7

− 24.401 + 3.17 × 10–2 T

Ether

− 31.179

− 50.3

− 31.179 + 5.03 × 10–2 T

Methanol

− 41.654

− 67.8

− 41.654 + 6.78 × 10–2 T

Acetone

− 43.644

− 71.3

− 43.644 + 7.13 × 10–2 T