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    • 31. 发明授权
    • Space vehicle thermal rejection system
    • 航天器散热系统
    • US4830097A
    • 1989-05-16
    • US73539
    • 1987-07-15
    • Herbert J. Tanzer
    • Herbert J. Tanzer
    • B64G1/50F28D15/04
    • F28D15/046B64G1/50B64G1/503F28D15/043B64G1/506
    • A space vehicle thermal heat rejection system 10 utilizing separate optimized heat pipe components for the functions of heat acquisition, heat transport, and heat rejection. A honeycomb panel heat pipe evaporator section 20 performs the function of heat acquisition, and forms a closed thermodynamic system with a dual channel heat pipe transport section 30, which performs the function of heat transport. A plurality of truss or channel core heat pipe rejection fins 41 form the condenser section 40, which performs the function of heat rejection. A common wall 32 separates the condenser section 40 from the transport section 30. Using the above heat pipe components and having efficient interfacing between them results in high performance factors for the overall system.
    • 利用分离的优化的热管部件用于热采集,热输送和排热的功能的太空车热放出系统10。 蜂窝板热管蒸发器部分20执行热采集的功能,并且形成具有双通道热管输送部分30的闭合的热力学系统,该双通道热管输送部分执行热传递的功能。 多个桁架或通道芯管热管排出片41形成冷凝器部分40,其执行排热功能。 公共壁32将冷凝器部分40与输送部分30分离。使用上述热管部件并且在它们之间有效的接合导致整个系统的高性能因素。