首页> 外文会议>NATO Advanced Research Workshop on Metastable Systems under Pressure: Platform for New Technologies and Environmental Applications >EXPERIMENTAL INVESTIGATIONS OF SUPERHEATED AND SUPERCOOLED WATER(REVIEW OF PAPERS OF THE SCHOOL OF THE ACADEMICIAN V. P. SKRIPOV)
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EXPERIMENTAL INVESTIGATIONS OF SUPERHEATED AND SUPERCOOLED WATER(REVIEW OF PAPERS OF THE SCHOOL OF THE ACADEMICIAN V. P. SKRIPOV)

机译:过热和过冷水的实验研究(院士V.P.Skripov撰写审查)

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The review presents the results of experimental investigations of nucleation in superheated light and heavy water in the range of nucleation rates from 10~4 to 10~(29) s~(-1)m~(-3). A study is performed of the kinetics of crystallization of droplets of superheated water and amorphous water layers. Measurements have been made of the density, sound velocity, dielectric constant of light and heavy water in the vicinity of the phase equilibrium line with deep entry into the region of metastable (superheated) states. The local and integral characteristics of streams of boiling-up water flowing out into the atmosphere through a short channel have been investigated. One can see the determining role of a vapor phase in such a process at a temperature above 0.9T_c, where T_c is the temper-temperature at the critical point.
机译:审查显示了在10〜4至10〜(29)〜(-3)〜(-3)的成核率范围内过热光和重水中成核中成核的实验研究结果。对过热水和无定形水层的液滴结晶的动力学进行了研究。在相位平衡线附近的密度,声速,介电常数,光和重水中的密度,介质,深入进入亚稳态(过热)状态。研究了通过短沟道流入大气中的沸腾水流的局部和积分特征。可以看到在高于0.9t_c的温度下在这种过程中确定气相的角色,其中T_c是临界点的调味温度。

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