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Wuhan Gaoshi Ruilian Technology Co., Ltd
In situ Raman spectroscopy (gas diffusion serpentine flow field type)
NegotiableUpdate on 05/06
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Overview
The in-situ electrochemical cell is designed to study the in-situ spectra and morphological changes of electrode materials in electrochemical experiments. Therefore, the working electrode (WE) is placed directly below the perspective window. So that the optical instrument can "see" the working electrode from the quartz window above. The maximum diameter of the working electrode is 8mm. The test cell is equipped with a reference electrode and a comparison electrode, which can be used for 3-electrode experiments. The C031-S Raman spectroscopy electrochemical cell adopts a serpentine flow field in the gas chamber, which increases the contact time between the gas and the gas diffusion electrode compared to the C031-3 cell, resulting in a more complete catalytic reaction.
Product Details
The C031-S Raman spectroscopy electrochemical cell adopts a serpentine flow field in the gas chamber, which increases the contact time between the gas and the gas diffusion electrode compared to the C031-3 cell, resulting in a more complete catalytic reaction. The C031-S Raman spectroscopy electrochemical cell adopts a serpentine flow field in the gas chamber, which increases the contact time between the gas and the gas diffusion electrode compared to the C031-3 cell, resulting in a more complete catalytic reaction. The C031-S Raman spectroscopy electrochemical cell adopts a serpentine flow field in the gas chamber, which increases the contact time between the gas and the gas diffusion electrode compared to the C031-3 cell, resulting in a more complete catalytic reaction. The C031-S Raman spectroscopy electrochemical cell adopts a serpentine flow field in the gas chamber, which increases the contact time between the gas and the gas diffusion electrode compared to the C031-3 cell, resulting in a more complete catalytic reaction.
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