Davis, James

McKennis Brener Ward Pettit J. Am. Chem. Soc. 1971, 93, 4957 Paquette Davis James Tetrahedron Lett. 1974, 1615. 

The method is based on the chemical equilibrium program MINEQL (2), modified to include the coulombic energy of adsorption caused by the charged surface. First the principles of MINEQL are presented through a short example from solution chemistry and then the extension of the method to the constant-capacitance double-layer model of the surface/solution interface used by Stumm, Schindler, and co-workers (3,4) is demonstrated. Finally, the use of the method in the triple-layer site-binding model introduced by Yates, Levine, and Healy (5), and used by Davis, James, and Leckie (6), is shown. In each case the mathematics are described in suflBcient detail to be reproducible. 

Raymond E. Davis, James K. Whitesell, ManShing Wong AND Ning-Leh Chang... 

Davis, James, D.F., 2003. The slip velocity at the edge of a porous medium effects of interior resis-... 

James F. Davis, Ph.D., Professor of Chemical Engineering, Ohio State University (Section 3, Mathematics)... 

James H. Davis, Jr., Charles M. Gordon, Claus Hilgers, and Peter Wasserscheid 2.1... 

We have included in this volume two chapters specifically related to society s kinetic system. We have asked James Wei of the University of Delaware, recent Chairman of the consultant panel on Catalyst Systems for the National Academy of Sciences Committee on Motor Vehicle Emissions, to illustrate key problems and bridges between the catalytic science and the practical objectives of minimizing automobile exhaust emissions. We have also asked for a portrayal of the hard economic facts that constrain and guide what properties in a catalyst are useful to the catalytic practitioner. For this we have turned to Duncan S. Davies, General Manager of Research and Development, and John Dewing, Research Specialist in Heterogeneous Catalysts, both from Imperial Chemical Industries Limited. 

E. James Davis, Microchemical Engineering The Physics and Chemistry of the Microparticle Selim M, Senkan, Detailed Chemical Kinetic Modeling Chemical Reaction Engineering of the Future... 

James C. Carver, S. Mark Davis, and Duane A. Goetsch... 

James P. Lodge Marvin Margoshes Leon Petrakis Theodore Provder F. Sherwood Rowland Dennis Schuetzle Davis L. Temple, Jr. Gunter Zweig... 

James Griesemer Department of Philosophy, 2297 Social Science, University of California, Davis, CA 95616-8673, USA David L. Hull Department of Philosophy, Northwestern University, 1818 Hinman Avenue, Evanston, IL 60208-1315, USA Elisabeth A. Lloyd Department of History and Philosophy of Science, Indiana University, Bloomington, IN 47405, USA Michel Morange Departement de Biologie, Unite de Genetique Moleculaire, Ecole Normale Superieure, 46 Rue d Ulm, 75230 Paris Cedex 05, France... 

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