摘要
描述了一种新型换热器——气体轴承换热器,其静盘上设计有三个气体轴承孔,热负载加在静盘上,静盘上的热量传导到动盘的散热翅片上,在电机的驱动下,散热翅片高速转动产生的离心力作用形成气流,将热量直接带走。与风扇+翅片结构的传统换热器相比,气体轴承换热器的研究对减小换热器的换热面积、占用体积有重要意义。
A new type of air bearing heat exchanger was described. It consisted of a static plate and a moving plate. The load was placed in the static plate with three air bearing holes and transmitted to the radiating fin of the moving plate driven by the mo- tor. Compared with a traditional "fan -plus -heat sink" heat exchanger, the air bearing heat exchanger has advantages to reduce its area and size.
作者
谢洪涛
刘少龙
王明红
何世安
Xie Hongtao Liu Shaolong Wang Minghong He Shi'an(Anhui Province Key Laboratory of Cryogenics Technology, Hefei 230043, China Chongqing Bureau of Naval Equipment Department, Mianyang 621000, China)
出处
《低温与超导》
CAS
北大核心
2017年第1期23-26,共4页
Cryogenics and Superconductivity
关键词
气体轴承换热器
气体轴承孔
传统换热器
静盘
动盘
换热面积
Air bearing heat exchanger, Air bearing hole, Traditional heat exchanger, Static plate, Moving plate, Heat ex-changer area