Several control methods which could avoid heat leakage were made by reasonable design of whole support structure of the cryogenic liquid storage vessel.
通过合理设计整体支撑结构，对造成漏热的几条主要途径加以控制。
Nonloss storage experiments were performed to a cryogenic vessel filled with liquid nitrogen, and a multivariate linearity regression analysis and check to the experimental data was also done.
对一低温容器利用液氮为介质进行了多次无损贮存实验，利用多元线性回归方法对实验数据进行分析和检验。
The heat transfer characteristic of horizontal cryogenic vessel and the heat transfer model of non-loss storage for cryogenic liquid were introduced.
介绍了卧式低温容器的传热特点，以及低温液体无损贮存的传热模型。
The heat transfer characteristic of horizontal cryogenic vessel and the heat transfer model of non-loss storage for cryogenic liquid were introduced.
介绍了卧式低温容器的传热特点，以及低温液体无损贮存的传热模型。
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