In situ Raman spectroelectrochemical Cell (3H gas diffusion type)
Model: C031-3
• The in situ electrochemical cell is designed to study the in situ spectral and morphological changes of electrode materials during electrochemical experiments. The working electrode (WE) is placed directly below the perspective window so that the optical instrument can observe the working electrode through the quartz window.
• The two chambers of the electrochemical cell are sealed with screws to facilitate the replacement of the diaphragm, and the cathode chamber and anode chamber are isolated by ionic membrane (user's own) to effectively avoid the influence of the anode on the cathode.
• The electrochemical cell adds a gas channel in the lower layer of the cathode chamber, so that the electrochemical cell has the function of gas diffusion
• The electrochemical cell can be used for in situ electrochemical testing of flow systems, or can be filled with electrolytes simply by injection.
• Working electrode distance from the light window: < 6mm
• Light window diameter: 37mm
• Working electrode area 1cm²; Can be customized upon request
• The working electrode is usually used as a gas diffusion electrode to match the gas channel. Sheet metal, glass carbon sheet, ITO, FTO and other sheet materials can also be used as the working electrode. The working electrode material must be purchased separately.
• Default standard AgCl reference electrode and imported graphite rod electrode;
Can be replaced with Ag+ reference electrode without difference,
Platinum wire against electrode
