目前预测水合物生成条件的热力学模型几乎都是以经典统计热力学为基础的。
At present, the thermodynamic models of predicting the hydrate formation conditions are almost on the basis of classical statistical thermodynamics.
通过室内实验，研究了气井水化物生成的温度、 压力界限和破坏水合物生成条件。
To this problem, the forming mechanism and rules of gas well hydrate were studied.
揭示了钢中铈碳化物的生成条件、分布、组成、光学性质、某些化学性质和高温下的转变。
The conditions necessary for its formation and its distribution, composition, optical and chemical properties, and transformation at high temperature in steel are also investigated.
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