Method Of Heat Transfer

1. Choose a source with high emissivity
At the same temperature: only the heat source with high radiation coefficient can produce high radiation capacity;
Heat source in the same material: temperature is proportional to the fourth power of radiation capacity.

2. At the same temperature: only the heat source with high radiation coefficient can produce high radiation capacity;
Heat source in the same material: temperature is proportional to the fourth power of radiation capacity.

3. Radiators filled with insulation minimize heat loss on the back

4. Make the band of the radiator correspond to the infrared absorption characteristic curve of the target material, and the Absorptivity of Paper, Oil Paint, Black Ceramic, Copper, Iron, Aluminium

5. Minimize air humidity to maximize radiation transfer

Because water has a better absorption rate of infrared ray, it reduces the humidity of the air, you can reduce the loss of infrared ray

6. Minimize air humidity to maximize radiation transfer
7. Make the radiator's thermal response curve conform to the requirements of each process