Abstract

The paper presents a theoretical assessment of the hydration mass increase with time in the gas hydrate synthesis based on the self-organizing cyclic process of boiling and condensation of the hydrate-forming gas in a volume of water. Data were obtained on the distribution of the bubbles released because of boiling of the liquefied gas at three different points in time in a real experiment. The average rate of increase in the hydration mass was determined. The hydration gain was simulated for an experiment 30 minutes long. The data obtained were compared with experimental results.

中文翻译：

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通过一定体积水中的气体沸腾和冷凝合成氟利昂 134a 气体水合物的模型

摘要

本文基于水合物形成气体在一定体积水中的沸腾和冷凝的自组织循环过程，提出了对气体水合物合成中水化质量随时间增加的理论评估。在真实实验中，获得了液化气在三个不同时间点因沸腾而释放的气泡分布的数据。测定水合质量的平均增加速率。对 30 分钟长的实验模拟了水合增益。将获得的数据与实验结果进行比较。