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Chemical Physics Letters
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publication venue for: Time-dependent friction on a charged tracer in a Brownian multicomponent plasma
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Generically Dependent Continuant
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RDF description of Time-dependent friction on a charged tracer in a Brownian multicomponent plasma - http://orbis.uaslp.mx/vivo/individual/scopus93
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Article
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Consejo Nacional de Ciencia y Tecnología, CONACYT
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Time-dependent friction on a charged tracer in a Brownian multicomponent plasma
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related by: authorship 546
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abstract: From the generalized Langevin equation theory of tracer diffusion, we derive approximate analytic expressions for the dynamic friction function of a finite-sized charged tracer undergoing Brownian motion in a multicomponent ionic solution of point-like ions. We find that results such as Schurr%27s expression for the static friction of a colloidal macroion, Onsager%27s limiting law of the relaxation effect in ionic solutions, and Hess and Klein%27s result for dynamic self-friction in the Brownian one-component plasma, follow as particular cases, or limits, within well-defined approximations. © 1993.
date time value: article date 94
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has publication venue: Chemical Physics Letters
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related by: authorship 545
has funding vehicle: Consejo Nacional de Ciencia y Tecnología, CONACYT
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page start: 294
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crisid: 94
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doi: 10.1016/0009-2614(93)89003-Z
related by: authorship 547
most specific type: Article
type: Article
estado: published
issue: 4-6
abstract: From the generalized Langevin equation theory of tracer diffusion, we derive approximate analytic expressions for the dynamic friction function of a finite-sized charged tracer undergoing Brownian motion in a multicomponent ionic solution of point-like ions. We find that results such as Schurr's expression for the static friction of a colloidal macroion, Onsager's limiting law of the relaxation effect in ionic solutions, and Hess and Klein's result for dynamic self-friction in the Brownian one-component plasma, follow as particular cases, or limits, within well-defined approximations. © 1993.
type: Generically Dependent Continuant
page end: 300
volume: 207