Generation of gas hydrate with ice-propane or water-propane reactions

为了有效地制备天然气水合物，对丙烷水合物的生成行为进行了研究。丙烷水合物的薄层在冰和丙烷气体之间的界面处生成，并且其阻止丙烷水合物的连续生成。结果发现，丙烷水合物的生成速率可以通过融化层下残留的冰来增加。高温高压条件下，形核速率和生长速率均增大。这项工作在相关领域是有用的。

The generation behavior of propane hydrate was investigated to produce natural gas hydrate effectually. The thin layer of propane hydrate is generated at the interface between ice and propane gas, and it prevents continuous propane hydrate generation. It was found that the generation rate of propane hydrate can be increased by melting the ice remained under the layer. It was also found that the nucleation rate and growing rate increase under high-temperature and high-pressure condition. This work is useful in related fields.