BIP! Finder - The effect of ionic size on polyion-small ion distributions in a cylindrical double layer

2005 • The effect of ionic size on polyion-small ion distributions in a cylindrical double layer

Authors: Patra, C.N.; Bhuiyan, L.B.

Venue: Condensed Matter Physics

Type: Publication

Abstract: The structure of an electrolyte surrounding an isolated, cylindrical polyion - the cylindrical double layer - is studied using a density functional approach and the modified Poisson Boltzmann theory. The polyion is modelled as an infinitely long, rigid, and impenetrable charged cylinder, while the electrolyte consists of rigid ions moving in a dielectric continuum. The results for the zeta potential, polyion-small ion distribution, and the mean electrostatic potential are obtained for a wide range of physical conditions including three differen... (read more)

Impact:

1.6719739E-9 3.7668166E-9 22 8

/ Attention: 0 21

Topics: Chemical physics

DOI: 10.5488/cmp.8.2.425

External links: Crossref OpenAIRE

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