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Kirkwood-Muller formula, potential

Kirkwood-Muller formula, potential energies for adsorption, 83... [Pg.209]

The dispersion and repulsion interactions form the Lennard-Jones (Barrer, 1978 Masel, 1996 Razmus and Hall, 1991 Gregg and Sing, 1982 Steele, 1974 Adamson, 1976 Rigby et al., 1986) potential, with an equilibrium distance (r0) where 4 d + 4 r = 0. This distance is taken as the mean of the van der Waals radii of the interacting pair. Once the attractive, dispersion constant, A, is known, B is readily obtained by setting at chp/dr = 0 at r0. Hence, B = Ar /2. The most commonly used expression for calculating A is the Kirkwood-Muller formula ... [Pg.83]

Kirkwood-Muller formula, 83 Lennard-Jones potential, 83 nonspecific contributions, 82 pillared clays, 120... [Pg.211]

See other pages where Kirkwood-Muller formula, potential is mentioned: [Pg.235]    [Pg.37]    [Pg.145]   


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Kirkwood formula

Kirkwood-Muller formula

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Potential formula

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