The photochemical reactor is an experimental instrument used to study photochemical reactions, which can provide a light source of specific wavelength and energy to simulate the photochemical reaction conditions in different environments, and help scientists understand the mechanism and process of photochemical reactions. This article will introduce the product features, technical parameters, usage methods and precautions of the photochemical reactor in detail to help users better understand and use the instrument.
First, product features.
1.Stable light source: The photochemical reactor uses a highly stable light source to ensure the accuracy and repeatability of the experiment.
2.Multi-wavelength adjustable: The instrument can provide a variety of light sources with different wavelengths, which is convenient for users to simulate photochemical reaction conditions in different environments.
3.Real-time monitoring: The instrument is equipped with a first-class monitoring system, which can monitor various parameters in the process of photochemical reactions in real time, such as temperature, pressure, spectrum, etc.
4.Intelligent control: The instrument adopts an intelligent control system, and the user can remotely control and collect data through the computer, which is convenient and fast.
Second, technical parameters.
1.Light source: high-stability LED lamp beads or multi-frequency lasers.
2.Wavelength range: According to different experimental needs, light sources in the range of 200-1100nm can be provided.
3.Energy range: According to different wavelengths and experimental needs, the energy of the light source in the range of 0-20mw can be provided.
4.Experimental cabin: made of high-quality stainless steel material, with good corrosion resistance and durability.
5.Monitoring system: equipped with spectrometer, thermometer, pressure gauge and other monitoring equipment, it can monitor various parameters in the process of photochemical reaction in real time.
6.Control system: The computer control system is adopted, which can realize remote control and data acquisition.
3. How to use.
1.Experiment preparation: According to the needs of the experiment, prepare the required reagents and samples to ensure that the experimental environment is clean and tidy.
2.Instrument boot: Turn on the main power switch of the photochemical reactor to start the instrument.
3.Light source settings: Set the corresponding light source parameters according to the wavelength and energy required for the experiment.