Adsorption isotherms for neutral organic compounds—1 hierarchy in modelling Part ISangaranarayanan, M · Journal of Electroanalytical Chemistry · 1984

Adsorption isotherms for neutral organic compounds—A hierarchy in modelling: Part IM.V. Sangaranarayanan; S.K. Rangarajan · 1984

Adsorption isotherms for neutral organic compounds—A hierarchy in modelling: Part IIM.V. Sangaranarayanan; S.K. Rangarajan · 1984

Adsorption isotherms for neutral organic compounds—a heirarchy in modelling Part IISangaranarayanan, M · Journal of Electroanalytical Chemistry · 1984

Adsorption isotherms for neutral organic compounds—a heirarchy in modelling Part IISangaranarayanan, M · Journal of Electroanalytical Chemistry · 1984

Generalized expressions for chemical potentials and adsorption isotherms of neutral organic compounds on electrode surfacesP. Nikitas · 1994

A complete two-state multi-site adsorption isotherm for electrosorption of neutral organic compounds from solutionP. Nikitas · 1985

Adsorption isotherms—Microscopic modelling: Part IIM.V. Sangaranarayanan; S.K. Rangarajan · 1984

An ε-convergence method for the evaluation of critical parametersM.V. Sangaranarayanan; S.K. Rangarajan · 1983

Extrapolation and series acceleration procedures: Hard spheres and discs as illustrationsM.V. Sangaranarayanan; S.K. Rangarajan · 1983

Adsorption isotherms for neutral organic compounds—A hierarchy in modelling: Part IM.V. Sangaranarayanan; S.K. Rangarajan · 1984

Adsorption isotherms for neutral organic compounds—A hierarchy in modelling: Part IIM.V. Sangaranarayanan; S.K. Rangarajan · 1984

Adsorption isitherms for neutral organic compounds—A hierarchy in modelling: Part IV. Charge of maximum adsorption—Statistical mechanical basisM.V. Sangaranarayanan; S.K. Rangarajan · 1984

Adsorption isotherms for neutral organic compounds—A hierarchy in modelling: Part V. Models for the inner layer potential difference in the presence of dipolar adsorptionM.V. Sangaranarayanan; S.K. Rangarajan · 1984