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1·The interaction between a two-dimensional isotropic turbulence and a weak shock wave was numerically studied.

数值研究了二维各向同性湍流与弱激波相互干扰的问题。

2·Formulae of energy spectrum density of large wavenumber range in homogeneous isotropic turbulence are given here.

对均匀各向同性湍流提出一个能谱密度的计算公式。

3·Direct numerical simulations were conducted to investigate the behavior of heavy particles in homogeneous isotropic turbulence.

对三维气粒两相各向同性湍流进行了直接数值模拟以研究悬浮在其中的颗粒的运动。

4·The prediction of the droplet dispersion in isotropic turbulence is in reasonable good agreement with the experimental results.

液滴在各向同性均匀湍流场中散布的预测结果与实验十分符合。

5·The nonequilibrium statistical mechanics has been applied to solve the closure problem and to study the statistical properties of isotropic turbulence.

笔者应用非平衡统计力学解决封闭性问题，能成功地处理很多小尺度统计特性问题。

6·A model of mass transfer coefficients in liquid phase near free gas-liquid interface is developed based on the energy spectrum functions of isotropic turbulence.

摘要在单涡模型的基础上，根据各向同性湍流的能谱函数，考虑不同尺度的旋涡对气液传质的影响，建立了气液自由界面传质系数模型。

7·Turbulence generated by vibrating grid is a kind of special turbulence, without mean flow and being isotropic in certain region.

振动格栅紊流是一种无平均流动的特殊紊流，在一定范围内呈各向同性。

8·The spectrum of arrival-angle in X axis same as the spectrum in Y axis indicated obviously that the turbulence in the tank was isotropic feature.

到达角起伏在水平和垂直方向上的谱完全一致表明了湍流池湍流的各向同性特征。