Simulated reversible aggregation processes for different interparticle potentials: the cluster aging phenomenon

Article Abstract:

The main focus of this study is laid upon the reversible aggregation process of realistic systems featured by the interparticle potentials that possess primary and secondary minima that are separated by an energetic barrier. The Brownian kernel is used for this purpose indicating that studying the time evolution of the bond population showed that cluster aging appears as a natural consequence of the employed model.

Cluster analysis, Reversible processes (Thermodynamics)

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Catalytic wheel as a Brownian motor

Article Abstract:

A system is considered in which transitions between two states occur through two reaction channels. In the tight coupling limit, the optimal conditions are analyzed, and they imply that a catalytic wheel operated by the Brownian motor works with the maximum output energy or with the maximum efficiency tending to unity under certain conditions.

Conformational analysis

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Electron double layers with electrolyte mixtures: Integral equations theories and simulations

Article Abstract:

Various integral equations theories and simulations are used to study the change inversion induced by the mixtures of multivalent and monovalent counterions. The analysis proves the need for more complex interaction between the charged surface and the ions for a complete description of charge inversion.

Electrolyte solutions, Charge transfer, Chemical properties

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