我们改进了计算体粘滞系数的方法使之更为自然并应用于密度依赖模型。
We improve the method calculating the bulk viscosity naturally and apply it to the density dependent model.
介绍了与高密度等离子体工艺相关的模型和数值模拟方法，即连续流和动力学方法。
Methods in modeling and numerical simulation for the high density plasma processing are introduced, namely, continuous and kinetic methods.
分析了各种气体模型对激波脱体距离、壁面热流、温度分布和密度分布等的影响。
It is analyzed that the thermal and chemical model have a effect on the shock detached distance, heat transfer rate, the distributions of temperature and density.
作者在用抗体诱发动物急性溶血的方法建立的红细胞在体衰老模型的基础上，对红细胞衰老过程中的细胞密度变化进行了研究。
Changes in density of red blood cells (RBCs) during in vivo aging were studied using an animal model developed with the method of antibody inducement of acute RBC lysis.
模型所预测的预制体密度随渗透时间变化关系曲线与对照实验结果较为吻合，反映了模型的准确性和实用性。
The model results of density versus infiltration time showed good agreement with experiment data, which indicated that the model had good practicability.
在此模型中，把非均匀等离子体球分成若干个同心等离子体球壳，并且假定每一个同心壳层内等离子体密度均匀分布。
In this model, the nonuniform sphere is modeled by Numbers of concentric spherical shells, and each has a fixed electron density.
结果表明，十四面体模型可以较好地预测低密度闭孔泡沫的弹性性能。
It's found that the tetrakaidecahedral model can predict the elastic properties of the closed-cell foam quite well.
本文采用随机模型，讨论等离子体边界层密度涨落对低混杂波的散射。
Making use of the stochastic model, we have studied the low-hybrid wave scattering by the density fluctuations in the edge-regions of Tokamak plasmas.
采用扩散模型，数值模拟了等离子体密度在垂直方向上的空间分布，并比较好地解释了实验测量结果。
Profile of plasma density along the vertical direction was modeled by a diffusive model, and the simulation result can be used to interpret qualitatively the measurement valu...
用药组的线粒体体密度、面数密度和平均截面积与模型组相比差异有非常显著意义（P< 0 0 1 ）。
The density of mitochondrial, the density of the surface number and average cross section in the experiment group showed great distinction compared with the model group(P<0.01).
首先导出聚集硬球分子模型状态方程，并应用该方程计算五种金属熔体饱和气的密度，取得满意的结果。
Then, the densities of saturated vapor of 5 melting metallic substances are calculated by using the above equation of state, giving quite satisfactory results.
首先导出聚集硬球分子模型状态方程，并应用该方程计算五种金属熔体饱和气的密度，取得满意的结果。
Then, the densities of saturated vapor of 5 melting metallic substances are calculated by using the above equation of state, giving quite satisfactory results.
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