Abstract

The process of gas hydrate film growth along the water–gas interface is analyzed. It is assumed that the driving force of this process is the concentration driving force. The available experimental data on the kinetics of the process under consideration are compared to calculated data obtained in the framework of the theoretical model proposed earlier. The dependence of the thickness of the film of carbon dioxide hydrate on the concentration driving force is determined as a result.

中文翻译：

---

气体水合物膜沿水-气界面生长的动力学

摘要

分析了沿水气界面的天然气水合物膜生长过程。假定该过程的驱动力是集中驱动力。将有关所考虑的过程动力学的可用实验数据与在较早提出的理论模型框架内获得的计算数据进行比较。结果确定了水合二氧化碳膜的厚度对浓度驱动力的依赖性。