As an in-situ spectroscopic technique for studying electrode/solution interfaces, infrared reflection-absorption spectroscopy has made great progress since the early 1980s. The key to success, in addition to high-qual...As an in-situ spectroscopic technique for studying electrode/solution interfaces, infrared reflection-absorption spectroscopy has made great progress since the early 1980s. The key to success, in addition to high-quality spectrometers, is the design of IR-electrochemical cells. It was thought that the aqueous solution展开更多
文摘As an in-situ spectroscopic technique for studying electrode/solution interfaces, infrared reflection-absorption spectroscopy has made great progress since the early 1980s. The key to success, in addition to high-quality spectrometers, is the design of IR-electrochemical cells. It was thought that the aqueous solution
