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爆加载
相关语句
  explosive-loading
     Design of Serialization Explosive-Loading Device
     化爆加载装置系列化设计
短句来源
  “爆加载”译为未确定词的双语例句
     Research of the Dynamic Fracture of the Layered Metal Cylinders Under Inside-Explosive Loading
     外爆加载下分层金属管膨胀破裂过程研究
短句来源
     The dynamic behavior of HR2 and DT2 under explosive load were also studied in this paper, and the damage phenomena like spallation were analyzed.
     本文还对化爆加载下的HR2和DT2等进行了实验研究,对实验研究过程中出现的层裂等损伤现象进行了分析。
短句来源
     The methods of designing the explosive loading devices is briefly described.
     简要介绍了系列化化爆加载装置的设计方法。
短句来源
     The examples of the planar GPa pressure explosive loading devices and its applications are given.
     给出了可调控靶中应力波形的平面低压化爆加载装置的应用实例。
短句来源
  相似匹配句对
     Design of Serialization Explosive-Loading Device
     化加载装置系列化设计
短句来源
     The methods of designing the explosive loading devices is briefly described.
     简要介绍了系列化化加载装置的设计方法。
短句来源
     Anti-explosion of Air Compressor
     空气压缩机的防
短句来源
     Introduce the load settings.
     介绍了加载装置。
短句来源
     Explosion Proof Membrane
     防隔板
短句来源
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  explosive-loading
Close-field optical analysis of an explosive-loading function
      


The whole studying process about the regulation of cylindrical shell structure response, and the threshold of cylindrical shell structure when being loaded by electron beam and chemical explosion are discussed. The basic theory of cylindrical shell structure response is analyzed. According to the testing results,the thresholds of the different shell structures are discussed. The way of improving the strengh of cylindrical shell is given. The studying results are very important to the structure response testing...

The whole studying process about the regulation of cylindrical shell structure response, and the threshold of cylindrical shell structure when being loaded by electron beam and chemical explosion are discussed. The basic theory of cylindrical shell structure response is analyzed. According to the testing results,the thresholds of the different shell structures are discussed. The way of improving the strengh of cylindrical shell is given. The studying results are very important to the structure response testing and calculation.

利用电子束及化爆对柱壳模拟结构进行脉冲加载,通过试验研究了结构响应规律及结构破坏阈值。对壳体结构响应的基本理论进行了论述和分析;根据电子束及化爆加载实验结果,重点分析了不同结构的破坏阈值;提出了提高柱壳壳体抗脉冲载荷能力的技术途径。

To study differences between gases to prevent pin circuits from preconduction, the performance and equation of state of helium, argon and methane under shock compression were investigated. In hydrodynamic measurements, it was found that helium and methane could more effectively protect pins than argon when the Mach numbers of shock waves ranged from 7.5 to 12.1. On the basis of onedimensional fluid dynamics theory, under the same initial conditions, the state parameters of helium, argon and methane impacted...

To study differences between gases to prevent pin circuits from preconduction, the performance and equation of state of helium, argon and methane under shock compression were investigated. In hydrodynamic measurements, it was found that helium and methane could more effectively protect pins than argon when the Mach numbers of shock waves ranged from 7.5 to 12.1. On the basis of onedimensional fluid dynamics theory, under the same initial conditions, the state parameters of helium, argon and methane impacted by flyers at the six different velocities ranging from 3 to 8km/s were calculated, respectively. By comparison of the shock data of the three gases, optimization was suggested for the protective atmosphere of pins.

为了研究强冲击波作用下不同气体对电探针保护能力的差异,通过化爆加载实验分别观察了氦气、氩气和甲烷气体在不同冲击波强度下电探针电路的导通现象,实验发现冲击波马赫数在7.5~12.1范围内,氦气和甲烷气体均能有效地保护电探针,而氩气环境下的电探针电路产生提前导通现象。并用一维流体动力学理论分别计算了在相同的初始条件和3~8km/s范围内的六种不同飞片速度下氦气、氩气和甲烷的冲击状态参数。通过对这些状态参数和相关物性的分析,提出了电探针保护气体的优选原则。

The methods of designing the explosive loading devices is briefly described. The experimental results show that explosive loading devices using new planar wave lens can produce high pressure of 40~230 GPa in standard material sample. Simultaneously,the devices can provide waveform with better symmetric construction,less distortion,less inclination than old one did. We had a time distortion of 30 ns. So the high quality impacting waveform meets the demand in measuring the EOS(Equation of State) parameters and...

The methods of designing the explosive loading devices is briefly described. The experimental results show that explosive loading devices using new planar wave lens can produce high pressure of 40~230 GPa in standard material sample. Simultaneously,the devices can provide waveform with better symmetric construction,less distortion,less inclination than old one did. We had a time distortion of 30 ns. So the high quality impacting waveform meets the demand in measuring the EOS(Equation of State) parameters and mechanics characteristic of some material.

简要介绍了系列化化爆加载装置的设计方法。实验结果表明 ,采用新型平面波透镜的化爆加载装置可以在标准样品材料产生 40~ 2 3 0GPa的冲击压力 ,且Φ40mm范围内击靶波形弯曲量、倾斜量都很小 ,波形轴对称性好 ,能够满足材料物态方程参数、力学特性参数测量对击靶波形的高精度要求。

 
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