| 1. | Vapor pressure equation
蒸汽压方程 |
| 2. | On - line measurement system for gas flux in the pipeline based on vapour pressure equation
基于蒸汽压方程下的管道煤气流量在线计量系统 |
| 3. | In order to satisfy the continuity constraint and ensure the smoothness of pressure field , an optimum way to derive a discrete pressure equation is used
为较好地满足连续性条件的基础上得到光滑的压力解，对压力poissom方程离散式采用了一种修正方法。 |
| 4. | Miscible compressible displacement in a porous media is modelled by a nonlinear coupled system of two parabolic equations : the pressure equation and the concentration equation
摘要有界区域上多孔介质中可压缩可混溶驱动问题由两个非线性抛物型方程耦合而成：压力方程和饱和度方程均是抛物型方程。 |
| 5. | Abstract : based on the analysis of the pressure equation of filling flow in injection molding , finite - element method is employed to solve the transient pressure field with moving free form boundary
文摘:在分析注塑充填流动压力方程的基础上，采用有限元方法求解充填过程中非定常、具有移动边界的压力场。 |
| 6. | Of the three technical processes of the one without pressure equation , the one with pressure equation at the inlet and the one with pressure equation at the outlet , the last one has a low power consumption and thus is effective
目前微型变压吸附制氧有无均压、进气均压、出气均压3种工艺流程，其中有均压流程能耗较低、制氧效果较好。 |
| 7. | Chapter 4 : there are a summary of two methods used in this thesis , together with the further work , a introduction of vlasov equation and its moment equations , i . e . , the continuity equation , the force equation and the pressure equation , and the ionization and recombination associated with the laser propagation in media
第四章：本章主要是在总结了两种方法的基础上提出进一步可以做的工作，介绍了等离子体动力论中的vlasov方程及它的三个矩方程(连续性方程、力方程和压强方程) ，以及强激光在介质中传输涉及到的电离和复合机制。 |
| 8. | Based on the reynolds " lubrication approximation , and utilizing the small parameter method , the velocity and the pressure equations for two spheres translating normally and tangentially with an interstitial second - order fluid are derived for modeling wet granular assembles using the discrete element method . as a result , analytical solution for the tangential force and the torque were obtained
采用reynolds润滑理论和小参数法等研究了存在填隙二阶流体时两球法向及切向运动时的运动，位移及压力分布规律，从而求出挤压力或切向阻力、阻力矩的解析解。 |
