摘要
针对高温物体的红外抑制方法,采用具有高导热特性的热管模块进行研究。理论分析了热管模块的技术特点,建立了热管模块的热传导模型,计算了不同功率的热管模块实现红外抑制的效能,搭建了热管模块原理验证试验模型,实际测试了热管模块的红外抑制效果。测试结果表明,辐射温度为140℃的物体经热管导热散热后辐射温度仅为65℃。
Aiming at the method for infrared suppression of the high temperature object,the heat pipe with the high thermal conductivity is studied.The technology characteristics of heat pipe are analyzed theoretically,and the thermal conductivity model of heat pipe module is established.The performance of the infrared suppres sion of the heat pipes with different power is calculated systematically.The experimental model of the theory of the heat pipe module is established,and the infrared suppression effect of heat pipe is tested.The results show that the radiation temperature of the object is reduced from 140 ℃ to 65 ℃ when the heat pipe is used.
出处
《光电技术应用》
2011年第6期22-24,38,共4页
Electro-Optic Technology Application
关键词
红外辐射
红外抑制
热管
infrared radiation
infrared suppression
heat pipe
