Alan Ferris
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View article: Real-time Monitoring of the Reversible Capture and Release of CO2 on Anthraquinone and Riboflavin-Modified Graphitic Electrodes using ATR-SEIRAS
Real-time Monitoring of the Reversible Capture and Release of CO2 on Anthraquinone and Riboflavin-Modified Graphitic Electrodes using ATR-SEIRAS Open
Electrochemically mediated carbon capture (EMCC) offers a promising alternative to thermochemical carbon capture methods due to its higher energy efficiency and the ability to operate under standard conditions. Graphitic electrodes functio…
View article: Real-time monitoring of the reversible capture and release of CO <sub>2</sub> on anthraquinone and riboflavin-modified graphitic electrodes using ATR-SEIRAS
Real-time monitoring of the reversible capture and release of CO <sub>2</sub> on anthraquinone and riboflavin-modified graphitic electrodes using ATR-SEIRAS Open
In situ ATR-SEIRAS was used to monitor the real-time functionalization and reversible capture and release of CO 2 at the electrode/electrolyte interface from anthraquinone and 10-ethyl-3-methyl flavin derivative-modified graphitic electrod…