摘要
采用热电偶测温技术对正常工况运行下的的普通散热器进行温度检测,通过传热理论研究散热器温度分布规律,对该散热器各个部位温度分布进行了动态分析。检测出散热器易出故障的部位、总结散热器故障原因主要来自于散热器构造、内部结构及金属腐蚀等方面。
Using thermoeouple temperature measurement technology to ordinary radiator under the normal operation of test temperature, through the radiator temperature distribution, heat transfer theory research on the dynamic analyses of temperature distribution in the radiator parts. It is found that the fault area of the radiator is easy to fail, and the reason for the fault of the radiators is mainly from the structure of the radiator, the internal structure and the corrosion of the metal.
作者
马红艳
王天坤
李美林
MA Hong -yan WANG Tian - kun LI Mei - lin(Southwest Petroleum University. Chengdu 610500, China)
出处
《应用能源技术》
2017年第5期37-40,共4页
Applied Energy Technology
关键词
热电偶测温
散热器
故障
Thermocouple temperature measurement
Heat sink
Malfunction