The system composition and working principle of the laboratory photochemical reactor are as follows:
First, the system composition.
The laboratory photochemical reactor is mainly composed of the main body of the reactor, the heating device, the control system, the mixing system, etc.
Reactor body: usually composed of tank, flip cover, base, pressure measuring device, sensor, stirrer, etc. Among them, the material of the main body of the reactor is mainly composed of stainless steel and glass materials, and different materials can also be selected according to the needs of different reaction processes.
Heating device: It is mainly composed of electric heating rod, water bath heating, oil bath heating, etc. The device can accurately control the temperature in the reactor to meet the needs of the reaction process.
Control system: mainly including thermostat, time controller, pressure controller, electronic scale, etc. These devices can accurately control the temperature, pressure, reaction time and other parameters in the reactor to achieve good experimental results.
Mixing system: It is composed of an agitator and a gearbox, which can realize the mixing and stirring of materials, and ensure the uniformity of reaction time and position.
Second, the working principle.
The basic principle of a laboratory photochemical reactor is to use the reaction substances in the reactor to mix with different reagents and carry out chemical reactions. In a photochemical reaction, a light source, such as ultraviolet or visible light, interacts with a specific substance, initiating a chemical reaction. These reactions typically involve the formation of excited states of molecules and subsequent processes such as energy transfer or chemical bond breaking.
Photochemical reactors provide a controlled environment for these reactions. By precisely controlling temperature, pressure, and mixing conditions, researchers can better understand and control the mechanisms and kinetics of photochemical reactions.
The above information is for reference only, if necessary, it is recommended to check the relevant **.