Transport Mediated by Electrified Interfaces: Studies in the Linear, Non-linear and far from Equilibrium Regimes
Elsevier, Aug 14, 2003 - Science - 323 pages
Transport Mediated by Electrified Interfaces provides an overview of the innovative use of electro-kinetic phenomena in experimentally exploring non-equilibrium regions of chemically non-reacting systems. Transport phenomena mediated by charged liquid-liquid interfaces and solid-liquid interfaces are also covered. Transport phenomena mediated by electrified interfaces are discussed in the context of a number of important areas, including, soil/water systems, phase transfer catalysis, animal/plant physiology and mimicking taste/smell sensing mechanisms.
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amplitude aqueous solution bacteriorhodopsin biological membranes Blokhra capillary cell cellulose acetate Chem chloride chloroplast extract cholesterol Colloid Colloid Interface Sci concentration constant curve Cyanocobalamin dipoles domain of validity electrical double layer electrical potential difference electrical potential oscillations electro-kinetic phenomena electro-osmotic electro-osmotic flow electro-osmotic pressure electro-osmotic velocity electrode energy conversion entropy production equilibrium experimental experiments fluxes and forces Gibb's equation gradient hydrophilic illuminated compartment inner tube ions kaolinite Kobatake lipid liquid membrane bilayers mechanism Membr membrane potential methanol mixtures NaCl non-equilibrium thermodynamics non-linear observed obtained Onsager's relations oscillatory osmotic permeability phase transition phenomenological coefficients phenomenological equations photo-osmotic velocity Phys pore pressure difference Prigogine pyrex R. C. Srivastava R. P. Rastogi reaction regime region series composite membrane Singh sodium sodium chloride steady streaming potential studies supporting membrane surfactant Table Taken from Ref taste Teorell test solution theory transport voltage Yoshikawa zeta potential
Page v - Act in regard to items of manufacture based on the technology developed by laboratories under the Council of Scientific and Industrial Research, Indian Council of Agricultural Research, Indian Council of Medical Research, Defence Research...
Page 15 - Since a is positive definite, this extremum must be a minimum and the stationary state of the system is that state in which the entropy production assumes a minimal value consistent with the restraints imposed. If the constraints imposed were X2 = constant and X!