The velocity, the pressure and the heat transfer coefficient distribution of the compressed gas turbulence flow in the core are calculated by CFD.
用计算流体力学方法计算了芯部压缩气体湍流流动的速度、压力和换热系数的分布。
High velocity gas flow causes turbulence coefficient, while the existence of turbulence effect affects percolation flow characteristics of a reservoir.
由于气体的高速流动，产生了湍流效应，而湍流效应的存在，又影响了储层的渗流特性。
High velocity gas flow causes turbulence coefficient, while the existence of turbulence effect affects percolation flow characteristics of a reservoir.
由于气体的高速流动，产生了湍流效应，而湍流效应的存在，又影响了储层的渗流特性。
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