Product Introduction：
This product, in conjunction with the basic experimental platform for heat transfer, is used to conduct experimental verification and research on the laws related to thermal radiation and optical radiation in “Heat Transfer”. The experimental platform is equipped with two adjustable radiation sources: a thermal radiation source and a light source. Through the configuration of absorption, reflection, filter plates and other experimental components, radiation intensity meters, illuminance meters, and distance adjustment brackets are used to conduct comprehensive radiation related experiments. The data is collected to the basic experimental platform for heat transfer, supporting the expansion of components and experimental design.
detailed information
| PRODUCT MODEL | TH103 | product name | Radiative Heat Transfer Experiment Module |
| Product specifications | 1375mm in length, 405mm in width, and 327mm in height | product material | Acrylic plate |
| Usage environment | Room temperature, relative humidity ≤ 85% | Input power supply | Single phase three wire, 220V ± 5%, 50Hz |
| Belonging series | Heat Transfer | Cooperate with modules | TH100 |
| Experimental function： |
| 1、The inverse square law can be verified using thermal radiation sources and radiometers or optical radiation sources and illuminance meters (real experimental data and steps must be provided during bidding); 2、The Stefan Boltzmann law can be verified using a thermal radiation source and radiometer (real experimental data and steps must be provided during bidding); 3、Thermal radiation sources, metal plates, and radiometers can be used to study the emissivity of metal plates with different surface characteristics; 4、Kirchhoff’s law can be verified using a thermal radiation source, metal plate, and radiometer; 5、Verification of the correlation between radiation and relative area between objects using thermal radiation sources, adjustable baffles, and radiometers (real experimental data and steps must be provided during bidding); 6、Can be used to verify that the radiation coefficient of similar radiation surfaces will affect surface temperature and heat exchange; 7、Lambert’s cosine law can be verified using a rotating light radiation source and an illuminance meter; 8、Lambert’s absorption law can be verified using a light radiation source, filter, and illuminance meter; 9、Can be used to study the relationship and calculation between angular coefficient and radiation intensity (real experimental data and steps need to be provided during bidding); |