In-situ Raman Spectrometer Accessories – Shanghai Haoyang Network Technology Co., Ltd.

Battery Raman Cell

The Raman spectrum is a non-destructive analytical technique based on the interaction of light and materials. The Raman spectra provides detailed information on the sample ' s chemical structure, phase and form, crystallity and molecular interaction. Raman is a light-scatter technology. When high-intensity input light from laser sources is dispersed by molecules, most scatter light has the same wavelength (colour) as input lasers.
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Electrocatalysis Raman Cell

Conventional electrochemical research methods use telecommunications as an incentive and detection tool, which provides a sum of micro-information about the electrochemical system, makes it difficult to identify accurately the reactions, intermediates and products of complex systems and to explain the electrochemical response mechanisms. In recent years, spectral Electrochemical techniques, which combine spectral and conventional electrochemical methods, have become at molecular levels.
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Photocatalysis and Thermal Catalysis

1. The main characteristics of the electro-catalytic/PV-catalytic H ponds are: (i) the H-composable proton exchange film separates the WE from the CE; (ii) the dual chamber electrolytic fluid is mobile; and (iii) the light is photogenic. 2. Major characteristics of electro-catalytic/PV-catalytic single chamber ponds: (1) flowability of electrolytic fluids; (2) photolasticity; 3. Catalytic/PV-catalytic layer flow
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