The electrochemical in-situ XAFS reaction cell is an X-ray absorption fine structure (XAFS) spectroscopy electrochemical in-situ cell suitable for transmission/fluorescence modes, designed for studying the structural changes of catalysts during electrocatalytic processes. The working electrode (WE) is placed at the transmission window so that X-rays can penetrate the working electrode and the electrolyte solution with adjustable thickness.
Model EC-XAFS-T
Electrochemical in-situ XAFS reaction tankIt is an X-ray absorption fine structure (XAFS) spectroscopy electrochemical in-situ cell suitable for transmission/fluorescence modes, designed for studying the structural changes of catalysts during electrocatalytic processes. The working electrode (WE) is placed at the transmission window so that X-rays can penetrate the working electrode and the electrolyte solution with adjustable thickness.
Electrochemical in-situ XAFS reaction tankFeatures:
This device is suitable for in-situ electrochemical testing of XAFS (transmission mode and fluorescence mode);
Quartz material processing can be used to achieve in-situ testing of photocatalytic conditions;
● Can communicate with various reaction atmospheres, such as CO2, O2, etc;
The main body of this in-situ tank is made of PEEK material, which is corrosion-resistant, acid resistant, and alkali resistant. It can be quickly assembled and disassembled for easy cleaning;
● Window diameter: 14mm, optical window uses Kapton film;
The liquid level thickness between the working electrode and the light window can be adjusted to balance the reaction internal resistance and test signal-to-noise ratio;
The working electrode is a sheet-like electrode (carbon paper) with an area of 1.5 * 3cm2;
Standard reference electrodes (such as Ag/AgCl) and counter electrodes (such as carbon rods) can be customized.