By R Ottewill (Eds.)
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Additional resources for Adsorption from Solution
H. (1964). Trans. Faraday Soe. , 60, 1803. 12. g. Schay, G. (1970). H. H. 272, Butterworths, London. 13. H. (1965). Faraday Soo. , 61_, 2478. 14. g. V. V. (1969). Trans. G. and Schay, G, (1963). Hung . L. and Sircar, S. (1971). Chem. ,ll_, 186. 15. 51. 16. H. T. (1981). , 82, 14. 17. G. (1962) . Periodica Polytechnica, 6_, 91. 18. , Bellemans, A. H. (1965). XII, Longmans, London. 19. g. S. (1960). Chem. Physics, 32, 1279; cf. H. (1965). Discuss. Faraday Soc, 40, 177. 20. H. H. (1968), Trans. Faraday Soc, _64, 2639.
D. (1965). A. and Shinoda, K. (1975). Bull. Soc , Japan, _48, 324. , (1972). Soc, Faraday II, 68, 1439. E. Lane Department of Physical Chemistry University of Melbourne ParkviVie* Victoria* Australia* 3052. 1. INTRODUCTION Everett and his co-workers have made a number of important contributions to the study of surface activity coefficients. They have concentrated on relating surface activity coefficients with adsorption at the solid/solution interface. It is the intent of this contribution to consolidate these achievements, and to complement them with an examination of the relationship between the surface activity coefficients and the surface tension.
19. g. S. (1960). Chem. Physics, 32, 1279; cf. H. (1965). Discuss. Faraday Soc, 40, 177. 20. H. H. (1968), Trans. Faraday Soc, _64, 2639. 21. Bown, R, (1973). D. Thesis, Bristol. 22. , (1978). Progr. , 65, 103. 23. H. J. (1964). , 60, 1951. 24. I. (1967). "Phase Equilibrium and Surface Phenomena", Chapter VI, Chimia, Leningrad. 25. H. J. (1975). S. Faraday I, 71, 883. 26. Defay, R. and Prigogine, I. (1950). Faraday Soc, 46, 199. 27. Ono, S. (1947). , Tamura, M, and Kurata, M. (1951). Phys. Soc.
Adsorption from Solution by R Ottewill (Eds.)