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An investigation of the reduction of molten carbonate salts for the formation of electrochemically active supercapacitor materials
The properties and performance of carbon produced through the electrochemical reduction of molten carbonate: a study based on step potential electrochemical spectroscopy
- Hughes, Matthew A., Allen, Jessica A., Donne, Scott W.
The properties of carbons derived through the electrolytic reduction of molten carbonates under varied conditions: Part I. A study based on step potential electrochemical spectroscopy
- Hughes, Matthew A., Allen, Jessica A., Donne, Scott W.
Physical characteristics of capacitive carbons derived from the electrolytic reduction of alkali metal carbonate molten salts
- Hughes, Matthew A., Bennett, Robert D., Allen, Jessica A., Donne, Scott W.
Carbonate reduction and the properties and applications of carbon formed through electrochemical deposition in molten carbonates: a review
- Hughes, Matthew A., Allen, Jessica A., Donne, Scott W.
Optimized electrolytic carbon and electrolyte systems for electrochemical capacitors
- Hughes, Matthew A., Allen, Jessica A., Donne, Scott W.
Influence of Growth Parameters on the Electrochemical Performance of Electrodeposited Carbons
- Wu, Jimmy, Hughes, Matthew A., Sharma, Neeraj, Allen, Jessica
Characterization of carbonate derived carbons through electrochemical impedance spectroscopy
- Hughes, Matthew A., Allen, Jessica A., Donne, Scott W.
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