Add to ORKGA unique energy-storage system has been developed at NASA's Lewis Research Center called REDOX. This NASA-REDOX system is an electrochemical storage device that utilized the oxidation and reduction of two fully soluble redox couples for charging and discharging. The redox couples now being investigated are acidified chloride solutions of chromium (Cr(+2)/Cr(+3)) and iron (Fe(+2)/Fe(+3))
A redox cell which operates at elevated temperatures and which utilizes the same two metal couples i...
Improved catalyzation techniques that included a pretreatment of carbon substrate and provided norma...
World resources, reserves, production, and costs of reactant materials, iron, chromium, titanium and...
In the development of the Redox Energy Storage System, the electrical storage efficiency is low due ...
Negative electrode development for the NASA chromous/ferric Redox battery is reported. The effects o...
The chromium (Cr(3+)/Cr(2+)) redox couple (electrolyte and electrode) was investigated to determine ...
Electrodes for the Redox energy storage system based on iron and chromium chloride reactants is disc...
Extended charge-discharge cycling of this electrochemical storage system at 65 C was performed on 14...
This report is a summary of the results of the Redox Project effort during Cy 1982. It was presented...
An electrochemical rebalance cell for maintaining electrochemical balance, at the system level, of t...
This program was directed primarily to the development of the negative (Cr3+/Cr2+) electrode for the...
Particular attention was paid to the Cr(II)/Cr(III) redox couple in aqueous solutions in the presenc...
An electricity producing cell of the reduction-oxidation (REDOX) type divided into two compartments ...
The Redox Storage System Technology Project was jointly supported by the U.S. Department of Energy a...
An electricity producing cell of the reduction-oxidation (REDOX) type is described. The cell is divi...
A redox cell which operates at elevated temperatures and which utilizes the same two metal couples i...
Improved catalyzation techniques that included a pretreatment of carbon substrate and provided norma...
World resources, reserves, production, and costs of reactant materials, iron, chromium, titanium and...
In the development of the Redox Energy Storage System, the electrical storage efficiency is low due ...
Negative electrode development for the NASA chromous/ferric Redox battery is reported. The effects o...
The chromium (Cr(3+)/Cr(2+)) redox couple (electrolyte and electrode) was investigated to determine ...
Electrodes for the Redox energy storage system based on iron and chromium chloride reactants is disc...
Extended charge-discharge cycling of this electrochemical storage system at 65 C was performed on 14...
This report is a summary of the results of the Redox Project effort during Cy 1982. It was presented...
An electrochemical rebalance cell for maintaining electrochemical balance, at the system level, of t...
This program was directed primarily to the development of the negative (Cr3+/Cr2+) electrode for the...
Particular attention was paid to the Cr(II)/Cr(III) redox couple in aqueous solutions in the presenc...
An electricity producing cell of the reduction-oxidation (REDOX) type divided into two compartments ...
The Redox Storage System Technology Project was jointly supported by the U.S. Department of Energy a...
An electricity producing cell of the reduction-oxidation (REDOX) type is described. The cell is divi...
A redox cell which operates at elevated temperatures and which utilizes the same two metal couples i...
Improved catalyzation techniques that included a pretreatment of carbon substrate and provided norma...
World resources, reserves, production, and costs of reactant materials, iron, chromium, titanium and...