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Physical research of microgravity influence on physical phenomenon in cryogenic liquids and general-purpose onboard cryogenic facility for realization of this research aboard International Space Station

机译:微重力对低温液体中物理现象影响的物理研究以及在国际空间站上实现该研究的通用机载低温设施

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The united research plan named «Boiling» is created on the basis of several cryogenic research projects developed by experts in Russia and Ukraine for International Space Station. The «Boiling» plan includes 8 first experiments aimed at investigating the influence of microgravity on boiling processes, heat transfer and hydrodynamics in liquid helium being either under normal or superfluid conditions. The experiments are supposed to be carried out with individual cells collected inside a single cryogenic onboard experimental facility. The international research program experiments are characterized by the following features: utilization of several artificially simulated microgravity levels, owing to rotation of the experimental helium cryostat; visualization of the processes that occur in liquid helium; research of boiling and hydrodynamics both in a large volume of stationary liquid, and in a liquid flow running through a channel. Upon completion of the «Boiling» research plan, the cryogenic onboard facility created for International Space Station would be able to find its application in further scientific and experimental researches with helium.
机译:在俄罗斯和乌克兰的专家为国际空间站开发的几个低温研究项目的基础上,制定了名为“沸腾”的联合研究计划。 “沸腾”计划包括8个首次实验,旨在研究在正常或超流体条件下微重力对液氦的沸腾过程,传热和流体力学的影响。该实验应该在单个低温机载实验设备内收集的单个细胞中进行。国际研究计划的实验具有以下特征:由于氦低温恒温器的旋转,利用了几种人工模拟的微重力水平;可视化液氦中发生的过程;大量固定液体以及流经通道的液体流动中的沸腾和流体力学研究。在完成“沸腾”研究计划后,为国际空间站创建的低温机载设施将能够在氦气的进一步科学和实验研究中找到其应用。

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