本文给出了底部点火装药结构两相流内弹道理论模型和计算步骤，并编制程序对两种火炮进行了数值分析。
In this paper, a two-phase flow interior ballistic model for the charge configuration with base ignition bag for two sorts of guns are presented together with computational procedures.
通过对骨微管结构的细胞及细胞悬液的两相流分析，得出了结构中细胞浓度的分布。
Two-phase flow analysis in the bone microtubules is analyzed and the distribution of cell volume concentration is demonstrated.
该文根据开槽管状药的装药结构特点，建立两相流内弹道理论模型。
According to the characteristics of charge structure with slotted stick-propellant bundles, two-phase flow interior ballistic models are established in this paper.
通过气固两相流实验研究了浓缩比与百叶窗结构，给粉浓度及一次风速的定量关系。
The effects of the louver structure parameters, the feed concentration and the primary air velocity on the concentrated ratio (RC) were studied by the gas solid two-phase flow experiments.
用颗粒动态分析仪(PDA)测量了悬浮床内气固两相流动的结构，确定了不同表观气速和不同进气结构条件下的两相流场的特点。
The structures of the gas solid two phase flow in the suspension bed were measured by a particle dynamic analyzer (PDA) at different apparent velocities for each of the nozzle structures.
根据旋风除尘器内尘气两相流的运动规律，改进旋风除尘器的结构，研制出旋风式分流除尘器。
Based on the laws of motion of biphase dust-gas flow in a cyclone, improvement was made for its design so as to develop a new-type flow-divided cyclone.
该文根据一种新型点火系统的装药结构特点，建立两相流内弹道数理模型。
In this paper, two-phase flow interior ballistic models are set up on the basis of the charge characteristics with a new type of ignition system.
聚式流态化具有明显的两相结构。
Aggregative fluidization is characterized by a clear two phase structure, viz.
通过与低速流态化的比较，概述了高速流态化独特的两相流流动结构、优异的操作特性和应用于工业过程时的优缺点。
According to gas velocity, gas-solid fluidization has been classified into low-speed riser, cocurrent downer and pneumatic fluidization in this paper.
针对结构化表面不易采用工具实现精密光整加工的问题，提出了一种基于低黏度液-固两相磨粒流的精密光整加工新方法。
The structural surfaces are not easy to be finished by polishing tools. A new method of precision finishing based on low viscosity liquid-solid two-phase abrasive flow was provided.
针对结构化表面不易采用工具实现精密光整加工的问题，提出了一种基于低黏度液-固两相磨粒流的精密光整加工新方法。
The structural surfaces are not easy to be finished by polishing tools. A new method of precision finishing based on low viscosity liquid-solid two-phase abrasive flow was provided.
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