1·With the increasing of the concentration, the particle diameter decreased.
并且随前驱体中反应物浓度增大，晶粒粒径减小。
2·The particle mass concentration rises with the increase of particle diameter.
飞灰质量浓度随着颗粒粒径的增大而增加。
3·The pneumatic conveying experiments for sand with average particle diameter 0.
在水平T型分支管道中，用压缩空气对平均粒径分别为0。
4·The result gave the optimal filter particle diameter, layer thickness and filtration velocity.
根据实验结果，确定了最佳的过滤介质粒径、过滤层厚度和过滤速度。
5·The particle diameter selection then depends on the porosity, pressure drops, and plate strength.
合适颗粒直径的选择与孔隙率、压降和强度的要求有关。
6·Through the largest particle diameter of 60% of the pump diameter, fiber length of 5 times the diameter.
通过颗粒最大直径为泵口径的60%，纤维长度为口径的5倍。
7·The particle diameter and its polydispersity were determined with laser dynamic light-scattering method.
采用激光动态光散射法检测粒度与粒度分布。
8·The bigger particle diameter, and the bigger particle density, the longer the distance of particle motion will be.
粒子直径越大、密度越大，在同样时间内，粒子移动的距离越远；
9·With methyl methacrylate the particle diameter increases linearly with conversion indicating particle aggregation.
采用甲基丙烯酸甲酯时，粒子直径随转化率呈直线增大，这就表明粒子发生了聚集。
10·When the average diameter was different, the effective heat transfer coefficient decreased with increasing particle diameter.
当颗粒的粒径增大，有效传热系数降低；
1·It can be seen from the experiments to finish plates of stainless steel and other steels that the particle diameter and mixing percentage of iron particles have a bearing on the finishing efficiency.
由不锈钢等平板的研磨实验中以看到：混入的铁粒子的粒径及其混合比例对加工效率影响很大。
2·The particle mass concentration rises with the increase of particle diameter.
飞灰质量浓度随着颗粒粒径的增大而增加。
3·The influences of powder particle diameter and processing conditions upon the factors like product property, inner structure and existence of oxide in rotational molding processing were discussed.
本文讨论了摇摆滚塑成型中粉料粒径大小、工艺条件等对产品性能、内部结构、氧化物的存在及诸因素的影响。
4·The theory of inclined pipe sedimentation wall was introduced, and its high efficiency was analyzed by characteristic parameter method and particle diameter separation method.
介绍了沉淀墙的沉淀原理，借助常用的分离粒径法和特性参数法从理论上分析了斜管沉淀墙的高效性原理；
5·The effects of impurities such as phenylethyne, polymer and methyl styrene on particle diameter of polystyrene manufactured by suspension polymerization were analyzed .
研究了苯乙烯中苯乙炔、聚合物和甲基苯乙烯三种杂质对悬浮法聚苯乙烯粒径的影响。