International audienceIn order to better analyze and to explain the electrochemical and physical behavior during both charge and discharge of a manganese dioxide based ECs, an original electrochemical model is developed in this paper. The 1D model is an adaptation of the transmission line model (TLM), taking into account the cation diffusion in the solid oxide. A linear relation between redox potential and oxidation state is used and leads to a physical relation between its slope and the pseudo capacitance of the material, confirmed by an experimental investigation of cyclic voltammograms. The model can be applied for any metal oxide pseudo-capacitive material
International audienceOrdered mesoporous manganese oxides were produced as a by-product of the oxida...
*S Supporting Information ABSTRACT: While pseudocapacitors represent a promising option for electric...
This work compares the electrodeposition behavior of thin films of manganese dioxide produced from s...
Six different phases of manganese dioxide have been examined to determine the different contribution...
In this work, the factors leading to the overall capacitance of manganese dioxide electrochemical ca...
The solid state mass transport characteristics of various manganese dioxide phases has been examined...
An attempt has been made to correlate the differences in structural parameters, surface areas, morph...
The solid state mass transport characteristics of various manganese dioxide phases has been examined...
The solid state mass transport characteristics of various manganese dioxide phases has been examined...
Step potential electrochemical spectroscopy (SPECS) has been applied to a range of different electro...
Step potential electrochemical spectroscopy (SPECS) has been applied to a range of different electro...
Hybrid supercapacitors, or briefly pseudocapacitors, are an emerging class of energy storage devices...
We have documented the fabrication of manganese dioxide (MnO2) thin-film electrochemical capacitor (...
Electrical energy storage is a critical parameter in many advanced electric vehicles. Conventional b...
Electrodeposited thin films of manganese dioxide, prepared using chronoamperometry on a platinum sub...
International audienceOrdered mesoporous manganese oxides were produced as a by-product of the oxida...
*S Supporting Information ABSTRACT: While pseudocapacitors represent a promising option for electric...
This work compares the electrodeposition behavior of thin films of manganese dioxide produced from s...
Six different phases of manganese dioxide have been examined to determine the different contribution...
In this work, the factors leading to the overall capacitance of manganese dioxide electrochemical ca...
The solid state mass transport characteristics of various manganese dioxide phases has been examined...
An attempt has been made to correlate the differences in structural parameters, surface areas, morph...
The solid state mass transport characteristics of various manganese dioxide phases has been examined...
The solid state mass transport characteristics of various manganese dioxide phases has been examined...
Step potential electrochemical spectroscopy (SPECS) has been applied to a range of different electro...
Step potential electrochemical spectroscopy (SPECS) has been applied to a range of different electro...
Hybrid supercapacitors, or briefly pseudocapacitors, are an emerging class of energy storage devices...
We have documented the fabrication of manganese dioxide (MnO2) thin-film electrochemical capacitor (...
Electrical energy storage is a critical parameter in many advanced electric vehicles. Conventional b...
Electrodeposited thin films of manganese dioxide, prepared using chronoamperometry on a platinum sub...
International audienceOrdered mesoporous manganese oxides were produced as a by-product of the oxida...
*S Supporting Information ABSTRACT: While pseudocapacitors represent a promising option for electric...
This work compares the electrodeposition behavior of thin films of manganese dioxide produced from s...