TEMPERATURE DISTRIBUTION IN THE CORE PIECE OF PHOTOCONDUCTIVE DETECTOR
Shanhui Xu · 1988
The temperature distribution in the core piece is calculated when the Joule heat and radiation heat exist simultaneously. The results show that there is a non-wave component which contributes to a refrigeratory power Q=4abλ(R~2+C_(01)~2)~(1/2){1-1/4k~2-15/64k~4+…}; there exists an interaction between Joule heat and radiation heat which can be measured by a factor k=RC_(01)/(R~2+C_(01)~2). The response characteristic of radiation heat as a function of frequency is analysed.