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。
A program was made to calculate the rule of lossless storage in the cryogenic vessel.
编制了计算低温容器无损贮存规律的程序。
By analyzing the heat transfer law of lossless storage in cryogenic vessel, a heat transfer model was established and the differential equation was derived.
分析了低温液体容器无损存储时的传热规律，并建立了传热模型，得出了反映储罐绝热层温度变化的微分方程序。
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。
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。
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。
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