气体动力学理论就是最有名的例子。
用气体动力学理论分析了子母弹抛撒技术。
Cluster warhead dispersing technique is analyzed with gas dynamic theory.
讨论了非平衡现象与稀薄气体动力学的关系。
The relationship between the non-equilibrium phenomena and rarefied gas dynamics is discussed.
本文提出了一个新的两相流底排气体动力学模型。
稀薄气体的流动是一个复杂的稀薄气体动力学问题。
The flow characteristic of rarefied gas is very complicated in its dynamics problem.
根据气体动力学理论分析激波结构的工作已经完成了。
Analyses of shock structure based on the kinetic theory of gases have been completed.
求解过渡领域的流动问题，是稀薄气体动力学的核心内容。
It is a kernel in the ratified gas dynamics to solve the flow problem in the transitional domain.
我们的由燃烧部得到的报告多于得自气体动力学部的报告。
We got more report from Combustion Division than the Aerodynamics Division.
本文研究在弱引力场中活塞球对称运动的气体动力学过程。
This paper deals with the gasdynamic process of the spherical piston in a weak field of gravitation.
二是交通流建模研究，内容涉及基于气体动力学的交通流模型研究。
The second is the research of traffic flow modeling, which deals with the traffic modeling based on gas -kinetic.
根据气体动力学和机构动力学理论建立了首发起动过程的数学模型。
A mathematical model for the initial blank cartridge driving process of the gatling gun is presented based on the gas dynamics and the mechanical dynamics.
本文对国内外脉冲激光烧蚀的气体动力学理论研究成果进行了系统论述。
In this article, the gas dynamic models of the pulsed laser ablation plume have been reviewed.
应用内弹道和气体动力学理论建立了原理样机的火药燃气作用的数学模型。
The interior ballistic trajectory theory and aerodynamics theory are applied to the mathematics model which belongs to the principle of sample-rifle pushed by the gunpowder gas.
基于气体动力学和粒子系统理论，本文给出了一种实时生成动态浓烟的方法。
The paper presents a method on real time generation of dynamic dense smoke based on aerodynamics and the particle system theory.
最后，对垂直磁流体激波、平行磁流体激波以及气体动力学激波分别予以讨论。
Lastly, a perpendicular, a parallel magnetohydrodynamics shock wave and aerodynamic shock wave are discussed.
最后，对垂直磁流体激波、平行磁流体激波以及气体动力学激波分别予以讨论。
Lastly, a perpendicular, a parallel magnetohydrodynamics shock wave and aerodynamic shock wave are discuss...
非线性的大的气体动力学波和水波方程式的溶液的解决办法的相等原则将被使用。
The equivalence principle of solutions of nonlinear large gas dynamics waves and of solutions of water wave equations will be used.
本文由三部分组成，第一部分考察隐式推进迭代求解气体动力学方程的基本方面；
This paper consists of three parts. The first investigates the basic aspects of implicit marching-iteration for solving gas dynamic equations.
用气体动力学原理建立模型，预测了列车不同编组长度、不同减压量后的缓解性能。
The trains release performance has been predicted by the present mathematical model of trains air brake system, which has been estalished basing on gas dynamics .
控制方程是一维非定常气体动力学偏微分方程组，用隐式中心差分结合特征线法解算。
The numerical solution of the governing equations, pertaining to one-dimensional unsteady gas dynamics, utilizes an implicit finite-difference scheme combined with the method of characteristics.
依据相变理论、气体动力学理论建立了描述有相变喷管中天然气高速流动的数学模型。
Based on the theory of the phase transition, gas dynamics, this dissertation set up the mechanical model of high speed natural gas flow with phase transition in Laval nozzle.
本文用气体动力学分析了油蒸汽的超音速流动，得到扩散泵喷嘴出口油蒸汽的流动规律。
In this paper, we analysed supersonic speed flow of oil steam with using Air Dynamics and required the flow law of oil steam at the edge of the nozzle end.
根据流体力学、热力学、气体动力学方程和能量不变方程，求得了自吸时间和抽气速率公式。
Equations based on hydrodynamics, thermodynamics, gasdynamics and the law of energy conservation are used to find the time required for self-priming and rate of air pumping.
本模式建立在含时气体动力学方程解的基础上，这些方程解是在适当简化的近似条件下得到的。
The model is based on solution of the time-dependent gas dynamic equations under appropriate simplifying approximations.
本文运用气体动力学的理论，重点从结构上分析了影响KT- 150型扩散泵的抽速因素。
In this paper, the cause of speed of KT-150 diffusion pump are analyzed in the construction with using the theory of aerodynamics.
通过亚稳态液体闪蒸形成的蒸发波以及气体动力学非连续理论，建立了电子膨胀阀壅塞机理模型。
A mechanical model of choking flow in the expansion valve was presented, which is based on the expansion wave and gas dynamics discontinuities theories.
本文以气体动力学理论为基础，论述了如何通过改进扩散泵的第一级喷咀来提高扩散泵的抽气速率。
This paper is based on the theory of gas dynamics, by means of improving the first nozzle of diffusion pump in order to increase the pumping speed of diffusion pump are reported in the paper.
本文将这一复杂的物理化学和气体动力学过程简化为二维前向台阶分离区的准定常烧蚀问题来处理。
The problem of complicated physicochemical and aerodynamic process is simplified to one of two-dimensional forward-facing step of quasi-steady state ablation problem of the separation region.
本文将这一复杂的物理化学和气体动力学过程简化为二维前向台阶分离区的准定常烧蚀问题来处理。
The problem of complicated physicochemical and aerodynamic process is simplified to one of two-dimensional forward-facing step of quasi-steady state ablation problem of the separation region.
应用推荐