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capacitanceDisease
a model of capacitance in molten salts. We apply the model to the description of an experimental capacitance curve, and discuss its interpretation
Differential capacitances were measured at Hg/room-temperature ionic liquids (RTILs) interfaces as a...
The differential capacitance of the electrical double layer at glassy carbon, platinum and gold elec...
We develop the theory of the electrical double layer in ionic liquids as proposed earlier by Kornysh...
Differential capacitance is a key quantity in the understanding of electrical double-layer charging ...
This study describes the causes of a U-like capacitance−potential (C−E) curve observed at nonmetalli...
We experimentally observed for the first time a bell-shaped (convex parabolic) differential capacita...
If bulk properties of simple molten salts may be reasonably well understood in terms of the primitiv...
We study, using Monte Carlo simulations, the density profiles and differential capacitance of ionic ...
We have used Ionic Liquids as model electrolytes to study the influence of pore size on th
We study the effects of ion size asymmetry and short-range correlations on the electrical double lay...
The temperature dependence of room temperature ionic liquids differential capacitance is studied her...
The electrical double-layer structure and capacitance in room temperature ionic liquids at electrifi...
We use classical density functional theory to investigate ionic liquid + solvent mixtures against sm...
An extensive study has been done for the first time on the structure of the electrical double layer ...
We investigate theoretical models of room temperature ionic liquids, and find that the experimentall...
Differential capacitances were measured at Hg/room-temperature ionic liquids (RTILs) interfaces as a...
The differential capacitance of the electrical double layer at glassy carbon, platinum and gold elec...
We develop the theory of the electrical double layer in ionic liquids as proposed earlier by Kornysh...
Differential capacitance is a key quantity in the understanding of electrical double-layer charging ...
This study describes the causes of a U-like capacitance−potential (C−E) curve observed at nonmetalli...
We experimentally observed for the first time a bell-shaped (convex parabolic) differential capacita...
If bulk properties of simple molten salts may be reasonably well understood in terms of the primitiv...
We study, using Monte Carlo simulations, the density profiles and differential capacitance of ionic ...
We have used Ionic Liquids as model electrolytes to study the influence of pore size on th
We study the effects of ion size asymmetry and short-range correlations on the electrical double lay...
The temperature dependence of room temperature ionic liquids differential capacitance is studied her...
The electrical double-layer structure and capacitance in room temperature ionic liquids at electrifi...
We use classical density functional theory to investigate ionic liquid + solvent mixtures against sm...
An extensive study has been done for the first time on the structure of the electrical double layer ...
We investigate theoretical models of room temperature ionic liquids, and find that the experimentall...
Differential capacitances were measured at Hg/room-temperature ionic liquids (RTILs) interfaces as a...
The differential capacitance of the electrical double layer at glassy carbon, platinum and gold elec...
We develop the theory of the electrical double layer in ionic liquids as proposed earlier by Kornysh...
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