对乙烷裂解制造乙烯的非平衡过程进行了分析。
Nonequilibrium process for cracking ethane in the manufacture of ethene is numerically investigated.
采用非平衡过程动力学理论，考虑核反应区对流、扩散及引力的影响。
It uses the method of nonequilibrium dynamics to study the stability of stellar nuclear reaction area considering the effect of diffusion, convection and gravitation.
认为岩石断裂是岩石内部微裂缝成核、形成和传播的非平衡过程，导出了描述这个过程的微分方程。
Describing rock fracture as a non-equilibrium process in which micro-cracks nucleate, grow and propagate, a set of differential equation describing this evolution process is derived.
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