重点介绍了共混型热塑性弹性体形变机理的几种模型，包括不均匀变形、有限元模型、微孔模型等。
The deformation mechanism of thermoplastic elastomer, such as inhomogeneous deformation, finite element method and microcellular model, was discussed on emphases.
对巨正则系综蒙特卡罗法，目前在活性炭吸附特征研究中所普遍采用的活性炭微孔模型和分子与原子之间相互作用的模型进行较为详细的介绍。
This paper introduces the GCEMC method, pore models commonly used in the simulations of adsorption on activated carbons and the fluid-fluid and the fluid - wall potential model.
介绍了金属延性动态损伤的微孔生长模型的研究方法和一般内容。
The studying method and the general contents of microvoids growth models for dynamic ductile damage of metals are introduced and the newest models are evaluated.
结论应用无PV P聚碳酸脂膜的微孔滤器可以建立体外rpe细胞有极性单层生长的模型，并用于屏障功能的研究。
Conclusions the filter with PVP-free polycarbonate membrane may be used to set up the model of RPE cells with polarized growth of monolayer and investigate the barrier function of RPE cells.
提出了一种获得透平叶片及其微孔CAD模型的光学测绘方法。
An optical mapping method for acquiring CAD model of turbine blade and its tiny holes is proposed.
通过将多面体三向DEXEL模型转换为小体素模型，并设置小体素的透明度属性为全透明，实现人造微孔骨结构设计。
By transforming the three direction DEXEL model of polyhedrons into its VOXEL model and setting transparency attributes of VOXELs, the porous structure of artificial bone can be designed.
改进的模型较好地反映了微孔过滤介质的堵塞现象。
The improved model reflects the blocking phenomenon in the micro-filtration medium perfectly.
这种模型比双重介质模型更接近实际，而且能更好地利用微孔隙结构的实验数据。
This kind of model is more close to the realistic situation, and is easy to use as in the case of a double porosity medium model.
建立了一个描述微孔推进剂燃烧的模型，并得到了推进剂稳定燃烧时的控制方程组。
The combustion model of micro-void propellant is presented in this paper. The control equations for stable burning of propellant are set up.
煤岩体既有大量的微孔隙又有割理的存在，可以简化为双重介质模型。
Coal rock body is simplified as a double-medium model, including a plenty of micropores and cleats.
该含微孔材料模型扩充了孙毅的材料模型，其屈服面由膨胀和运动平移组合而成。
The void - containing material model is based on Sun' s material model. Its yield surface consists of a combination of isotropic expansion and kinematic translation.
研究、建立了聚合物微孔发泡过程中的气泡成长数学模型，以控制发泡过程中的泡孔尺寸大小和尺寸分布。
This paper studied and established the mathematical model for bubble growth in polymer during microcellular foaming, for controlling the cells size and their distribution.
为表达这些规律，建立了微孔渗流参数关系的逻辑模型。
The relationship between the concerned parameters were studied and the logical relation model about these parameters was given.
利用新的含微孔材料模型对塑性材料局部剪切失稳进行了分析。
By means of a new void - containing material model, analysis of shear localization for plastic materials is carried out.
该模型中微孔无机材料对相变工质材料的理论饱和吸附量为73.47％。
According to the microstructure, the saturated adsorption amount of micropore inorganic material is 73.47%.
该模型中微孔无机材料对相变工质材料的理论饱和吸附量为73.47％。
According to the microstructure, the saturated adsorption amount of micropore inorganic material is 73.47%.
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