The mechanical character of this shock tube is analyzed.
分析了该激波管的力学特性。
Recently the shock tube has been used to drive gasdynamic laser.
最近，激波管已被用来驱动气动激光器。
The pre-pressure water shock tube dynamic calibration method is put forward.
提出了预压水激波管动态校准方法。
The structures of shock wave in dusty gas are studied by shock tube experiments.
利用激波管实验对含灰气体激波结构作了研究。
A model of ocular blast injury was established in rabbits with the small shock tube.
用小型激波管制成了典型的兔眼冲击伤模型。
The explosion behaviours of the mixture of hydrogen and oxygen are studied with the shock tube.
利用此激波管我们研究了氢气和氧气混合物的爆炸特性。
A method based on the shock tube experiment is proposed for measuring the permeability of airbag fabrics.
提出一种基于激波管实验和理论的空气袋织物透气率的测试方法。
Meshless MUSCL scheme, which resolves shock tube problems well and is easy to extend to higher dimensions.
无网格的MUSCL格式，这种方式能够较好的模拟激波问题，并且易于推广到高维。
The chemical kinetics for the pyrolysis of epichlorohydrin was studied by single pulse shock tube in 840-950k.
本文在840 ~ 950k范围内应用单脉冲化学激波管测定环氧氯丙烷的裂解反应动力学。
The factors, the length of shock tube, the distributor rotor speed and the ratio of gas expanding, which affect the…
同时，对振荡管长度、气体分配器的转速等影响脉管式气波制冷机性能的因素进行了试验。
Shock tube virtual testing system is indispensable part of the virtual system of testing sensor's dynamic performance.
激波管虚拟实验平台是传感器动态特性虚拟实验系统的一个必要组成部分。
The interaction between shock induced airflow and a freely falling liquid sheet is investigated by using a shock tube.
利用激波管对激波诱导气流与液幕、液柱的相互作用进行了实验研究。
In this paper, discontinuous Galerkin method (DGM) is used to numerically simulate one-dimensional shock tube problems.
本文利用间断伽辽金法对一维激波管问题进行了数值模拟。
This paper measured the critical energy and detonation limit of hydrocarbon and air mixtures in the rectangle shock tube.
利用矩形激波管测定了几种碳氢燃料与空气混合物的爆轰极限和临界起爆能。
The article is aimed to study the impact of some inert materials on the explosion behavior by using the explosion shock tube.
利用爆炸激波管技术研究了部分惰性物对爆炸特性的影响。
The fast reaction spectrum and micro-mechanism of benzene has been studied in shock tube with transient spectroscopic technique.
以激波管作为加载工具、利用研制的瞬态谱测试技术，对苯在冲击波作用下的快速反应光谱及微观机理进行研究。
A hypersonic pulse tunnel is designed in this paper, which has multiple running modes based on gun tunnel and shock tube theory.
本文设计了一座具有多种运行方式的高超声速大型脉冲风洞，该风洞可以采用炮风洞和激波管两种运行方式。
This paper presents an experimental technique of diaphragm bursting by virtue of the rarefaction wave in double driver shock tube.
本文介绍了在双驱动激波管中运用稀疏波破膜的技术。
In this paper, a set of experiments have been conducted in a movable diaphragmless shock tube, and some experimental data have been obtained.
本文介绍了可移动式无膜激波管工作原理和在这种新实验设备上进行光学测量的理论依据和实验结果。
A new material foamy metallic nickel is used to protect 58 animals from the blast injuries induced by 200g TNT explosion in the imitative shock tube.
本文介绍了一种新型发泡金属材料——发泡镍对冲击波的防护效应。
Heat transfer measurements on a flat plate are performed inthe vertical dust shock tube in which the equilibrium dust gas flow in 2range has been used.
利用灰尘激波管入射激波后平衡区两相流开展平板传热实验。
A technique of electrically controlled double driver shock tube for studying head-on interaction between a moving plane shock and a bow shock has been developed.
本文介绍了用于研究平面运动激波与头激波迎面相互作用的电控双驱动激波管技术。
The paper analyses and discusses the theory and the method of the high pressure dynamic calibration, puts forward the pre-pressure water shock tube testing method.
本文对高压动态校准理论和方法进行了分析和探讨，提出了预压力水激波管动态校准法。
The protective effects of foamy metallic nickel (Ni) on the lungs of 16 dogs from blast injury induced by the biological shock tube and its mechanisms were studied.
本研究采用激波管，探讨了发泡镍对肺冲击伤的防护效果和防护机理。结果表明，发泡镍可明显减轻肺冲击伤的程度，降低死亡率。
Results indicate that the flowing soap film interface is thin, easy to form specified shapes, able to match the shock tube test section and to maintain enough long time.
结果表明，该界面厚度小，易于形成特定的形状，与激波管实验段相匹配，而且维持时间足够长。
The pressures in the relaxation zone behind a shock front for gas-particle flow were measured in the vertical shock tube with a system of injecting and collecting particles.
在具有粒子注入和回收系统的垂直激波管中，测量了气固两相流动激波前沿后松驰区的压力。
A combination facility, which consists of a shock tunnel and a shock tube, was used for studying ignition and supersonic combustion of premixed hydrocarbon fuel-air mixture.
采用激波风洞-激波管组合设备对预混的碳氢燃料——空气混合物的点火与超声速燃烧进行了研究。
The emission spectra and radiation behaviour of aluminium powder driven by hydro oxygen detonation in explosion shock tube are studied by OMA spectrograph and three monochromaters.
利用OMA谱仪及三台单色谱仪研究了爆炸激波管中铝粉在氢氧爆轰激励下快速反应的发射谱及辐射特性。
In addition, a hot, burned gas generated from the shock tube was used as pilot flame for igniting the premixed and preheated supersonic hydrocarbon-air mixture generated in the shock tunnel.
此外，由燃烧驱动激波管产生的高温燃气作为引导火焰点燃激波风洞产生的预混与预热的超声速碳氢燃料——空气混合物。
Experimental investigation on ignition and combustion of supersonic premixed hydrocarbon fuel-air mixture has been conducted in the combination facility consisting of a shock tunnel and a shock tube.
在激波风洞一激波管组合设备上开展了碳氢燃料超声速预混可燃气流的点火与燃烧实验研究。
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