Semiconductor refrigerators mainly use the Part Terdo effect in thermoelectric effects and the Syberk effect to achieve refrigeration.The Partt effect refers to the phenomenon of heat absorption or heat -absorbing when the current passes through the contact surface of two different materials.The Syberg effect refers to the contact surface of two different materials, due to the voltage change caused by temperature difference.
Semiconductor refrigerators mainly use the Part Terdo effect in thermoelectric effects and the Syberk effect to achieve refrigeration.The Partt effect refers to the phenomenon of heat absorption or heat -absorbing when the current passes through the contact surface of two different materials.The Syberg effect refers to the contact surface of two different materials, due to the voltage change caused by temperature difference.The common effects of these two effects enable the semiconductor refrigeration film to absorb calories on one end and release the heat on the other end, thereby achieving the refrigeration effect.
As an emerging refrigeration technology, semiconductor refrigerators have many advantages and extensive application prospects.The Syberg effect refers to the electromotive force when the temperature difference between the two different conductors or semiconductors.The Poper post effect is its inverse effect, that is, when the current passes through two different conductors or semiconductors, it will absorb or release heat to achieve refrigeration or heating.
The application of semiconductor refrigeration in various fields:
1. Calculation of electronic devices: As the integration of electronic equipment is getting higher and higher, the heat dissipation problem is becoming increasingly serious.Semiconductor refrigerators can effectively solve this problem and improve the stability and service life of the equipment.
2. Medical field: In the field of medical, semiconductor refrigeration tablets can be used for preservation of biological samples, such as vaccines, blood, organs.By controlling the temperature, the activity and safety of the sample can be during transportation and storage.
3. Food industry: In the food industry, semiconductor refrigeration tablets can be used for refrigerated equipment, such as refrigerators, cold cabinets, etc.Due to the characteristics of no noise and vibration, it can improve the comfort of users.
4. Laboratory research: In laboratory research, semiconductor refrigeration tablets can be used to provide a constant temperature environment and help the accuracy and reliability of the experiment.
5. The field of aerospace: In the field of aerospace, semiconductor refrigeration can be used in the temperature control system of satellites and spacecraft to ensure its normal work in extreme environments.
With the continuous development of technology, I believe it will play a more important role in the future, bringing more convenience and comfort to peoples lives.

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