Introduction: The photoelectrochemical reaction device relies on an optional multispectral LED light source and various photoelectrochemical cells, and Electrochemical workstation or potentiostat combined to output photoelectrochemical reaction or photoelectrochemical reaction signal Electrochemical workstations or potentiostats for scientific research on photoelectrochemical reactions. Photoelectrochemical reaction Instrument" can be applied to the study of various photoelectrochemical reactions, such as studying light-excited molecules or ions in the excited state. The phenomenon, law and application of redox reaction; study the electrochemistry, light energy that light directly affects the electrode process Conversion and measurement of electrical energy and chemical energy; Photoelectric conversion of photoelectrochemical cells; Photoelectrochemical synthesis and Enrichment. Due to the flexibility of the system design, Photoelectrochemical Reaction Apparatus can be used with most mainstream electrochemical workers. For use as a station, the spectral range of the LED light source can be selected to be used as a photoelectrochemical reaction test system For photoelectrochemical analysis and photoelectrochemical cell performance research. Features: 1. The spectral range (wavelength) of LED light source is optional, easy to change and install 2. Supports various custom photoelectrochemical cells 3. A variety of standard solid and ITO electrodes are available 4. Works with most mainstream electrochemical workstations 5. Can change light intensity in many ways 6. Easy to operate Technical Parameters: Rated working voltage: 220V/50HZ Input power: < 10 W LED life: > 5000 hours UV output power: > 20 mW/cm2; peak wavelength 365, 375 nm Blue light output power: > 20 mW/cm2; spectral range: 420^470 nm, peak wavelength 465 nm Green light output power: > 20 mW/cm2; Spectral range: 520~535 nm, Peak wavelength 525 nm Red light output power: > 40 mW/cm2; Spectral range: 620-630 nm, Peak wavelength 625 nm Output power: > 20 mW/cm2; Range: 400~700nm, Peak length 455 nm According to the user's requirements, other spectrum range LED can be configured.
Introduction: The photoelectrochemical reaction device relies on an optional multispectral LED light source and various photoelectrochemical cells, and Electrochemical workstation or potentiostat combined to output photoelectrochemical reaction or photoelectrochemical reaction signal Electrochemical workstations or potentiostats for scientific research on photoelectrochemical reactions. Photoelectrochemical reaction Instrument" can be applied to the study of various photoelectrochemical reactions, such as studying light-excited molecules or ions in the excited state. The phenomenon, law and application of redox reaction; study the electrochemistry, light energy that light directly affects the electrode process Conversion and measurement of electrical energy and chemical energy; Photoelectric conversion of photoelectrochemical cells; Photoelectrochemical synthesis and Enrichment. Due to the flexibility of the system design, Photoelectrochemical Reaction Apparatus can be used with most mainstream electrochemical workers. For use as a station, the spectral range of the LED light source can be selected to be used as a photoelectrochemical reaction test system For photoelectrochemical analysis and photoelectrochemical cell performance research.
