the H model was modified by Gouy and Chapman. The diffusion double layer model was proposed in that year. Later, Stern came out with the Stern model on the basis of G-C model.
surface tension/ electrical double layer modelsanion adsorption energyelectrode charge potentialdifferential capacitanceinterface tensionouter-inner Helmholtz plane anion transitionEquations for calculating the concentration of a singly charged specifically adsorbed anion, the electrode potential, the differential ...
Models of the electrical double layer (EDL) at electrode/liquid-electrolyte interfaces no longer hold for all-solid-state electrochemistry. Here we show a more general model for the EDL at a solid-state electrochemical interface based on the Poisson–Fermi–Dirac equation. By combining this model...
Electrical Double Layer In subject area: Engineering The electrical double layer is a classical concept in liquid electrochemistry applied to the interface between an electron-conducting electrode – in general a metal – and an ion-conducting liquid – often a solution of an electrolyte. From: ...
In this study, an overlapped electrical double layer model was developed for the lubrication problems with the asymmetric surface electric potentials applied on two wall surfaces. A modified Reynolds equation was derived based on the current overlapped EDL model. In this Reynolds equation, there is ...
The intention of this discussion is not to present a complete review of recent developments in the entire double-layer field, but to attempt a discussion and intercomparison of the current theoretical descriptions of the double layer, with particular emphasis being laid on the theoretical molecular ...
In this system, the enhanced capacitance of the hybrid structure can be understood by the formation of a space charge layer at the graphene/Al2O3 interface. The electrical properties of the interface can be further explained by the electrical double layer (EDL) model dominated by the diffuse ...
超级电容器又叫双电层电容器(Electrical Double-Layer Capacitor)是一种新型储能装置.它具有功率密度高、充放电时间短、循环寿命长、工作温度范围宽等特点.如图为一款超级电容器,其标有“2.7V,3000F”,则可知该电容器( ) A.在2.7V电压下才能正常工作
Charge Distribution in the Electrical Double Layer at the Oil–Water Interface for ice–water and silica–water interfaces and modified it to model the charge distribution within the electrical double layer at the oil–water interface... H Daigle,RA Disabar - 《Energy & Fuels》 被引量: 0发表...
According to this double-layer model, the specific capacitance Cdl is a constant value, according to formula (1): (1)Cdl=εrε0Sd where S is the surface area of the electrode/electrolyte interface, εr is the relative permittivity of the electrolyte, ε0 is vacuum permittivity (ε0 = ...