乳状体系水合物微观生长机理研究

IF 0.4 Q4 Engineering UNDERWATER TECHNOLOGY Pub Date : 2020-11-18 DOI:10.3723/ut.37.071
Jin Zhang, Ann S. Chen, Menglan Duan
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引用次数: 0

摘要

为了掌握天然气水合物微观生长机理,采用高压水合物流动环进行了一系列实验。通过先进的微观设备捕捉到水合物在乳液体系中生长的微观物理信息,实验现象表明:1)并非所有的水滴都瞬间生成水合物壳,只有少数水滴在达到水合物形成条件时逐渐生成水合物壳;2)水合物形成过程中确实发生了聚并剪切,水合物粒径分布发生了变化。
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Study on microscopic growth mechanism of emulsion system hydrate
In order to master the microscopic growth mechanism of natural gas hydrate, a series of experiments were carried out using a high-pressure hydrate flow loop. The microscopic physical information of the growth of hydrates in the emulsion system is captured by advanced microscopic equipment and the phenomena of the experiments show that: 1) not all water droplets instantaneously generate a hydrate shell, but only a few of the water droplets gradually generate a hydrate shell when reaching the conditions of the hydrate formation; and 2) the coalescence and shear do occur in the hydrate formation process, and the distribution of hydrate particle size has changed.
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UNDERWATER TECHNOLOGY
UNDERWATER TECHNOLOGY ENGINEERING, OCEAN-
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