1·A spherical particle with reduced dimensional motion model is presented.
在低维粒子模拟中，采用具有低维运动的球粒子模型。
2·Large scale triaxial shear test on spherical particle coarse aggregate is carried out.
采用大型三轴仪对球形颗粒散粒体进行了应变式三轴试验。
3·Fiber is a kind of typical non-spherical particle due to its distinct preferred direction.
纤维粒子是一类极具代表性的非球形粒子，有明显的方向性。
4·Remark: The spherical Particle Pass Rate is only applicable for spherical fine pore silica gel.
注：球形颗粒合格率指标仅适用于细孔球形合格率。
5·The changes in force application as a spherical particle moves up into the airstream are shown in fig. 2.123.
当一个球形的颗粒在气流中向上移动时，其作用力的改变如图2-123所示。
6·After studying the diffraction spectrum of non spherical particles, an ellipse particle diffraction model has been put fowerd.
通过对椭圆衍射谱的研究，提出在激光粒度分析中以椭圆谱代替球形颗粒谱。
7·A new simulation strategy using the Discrete Element Method (DEM) based on spherical particle contact mechanics to tillage soil dynamics was proposed.
提出了采用基于颗粒接触力学原理的离散元法对耕作土壤动力学问题进行数值模拟的新思路。
8·IPN gel shows network structure and the aggregate of the network structures is spherical particle, the crystal structure can also be observed obviously.
IPN凝胶呈网状结构，聚合物网络结构的聚集体为圆球状颗粒形式，并可以观察到明显的结晶结构；
9·Based on the theory of cylindrical particle diffraction, a numerical calculation method that can be used to measure non spherical particles is presented.
以柱形颗粒的衍射理论为基础，提出了适用于非球形颗粒衍射模型的数值计算方法。
10·In this paper, the finite difference method is used to solve the diffusion equation and the spherical particle is discretized with iso-spacing grids and iso-volumetric grids respectively.
采用有限差分法数值求解扩散方程，分别利用等距网格和等体积网格划分计算区域。