着重介绍了低温高压液氢容器和全包式预冷夹套低温容器的结构。
The structure of two cryogenic vessels with high pressure for liquid hydrogen and with a overall cover of a precooling interlayer respectively is introduced.
对于液氢建议不要使用杜瓦瓶和其它玻璃制成的容器。
Dewars and other containers made of glass are not recommended for liquid hydrogen service.
不能把液氢从一个容器倒入另一个容器，或者在空气气氛里转移液氢。
Liquid hydrogen should not be poured from one container to another, or transferred in an atmosphere of air.
液氢有凝固空气的潜力，这会阻塞减压装置和其它的容器开口，可能导致容器破裂。
Liquid hydrogen also has the potential of solidifying air which can block safety relief devices and other openings, which may lead to rupture of the container.
为检测低温容器的热性能及车载液氢杜瓦试验系统的设计要求，进行了一系列液氮蒸发率试验。
For checking the thermal performance and establishing the design of experimental system of the vehicle liquid hydrogen Dewar, a series of experiments of evaporation rate have been done.
为检测低温容器的热性能及车载液氢杜瓦试验系统的设计要求，进行了一系列液氮蒸发率试验。
For checking the thermal performance and establishing the design of experimental system of the vehicle liquid hydrogen Dewar, a series of experiments of evaporation rate have been done.
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