shock energy

In this paper, we estimate the thermal shock wave and spall effect of LY-12 aluminum exposed to a high-current and low-energy relativistic electron beam.

本文对LY-12铝受到强流低能相对论电子束辐照时产生的热击波及层裂效应进行了估算。

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A energy-saving anti-electric shock AC arc welding mach-ine replaced SCR by contractor in energy-saving switch is advanced.

提出一种用可控硅代替节能开关中的接触器的节能防触电交流弧焊机。

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Based on the conservative law of energy, the establishment of Hasselman's integrated theory of thermal-shock fracture resistance and thermal-shock damage resistance of ceramics and its applications were commented.

从裂纹体出发，基于能量守恒原理，论述了HasseIman关于抗热震断裂性和损伤性统一理论的建立、意义和应用。

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Research on Wear Mechanism for Modified Nano-diamond Powder as Additives in Lubricating Oils The shock absorption properties of Pall frictional energy dissipation shock absorber

表面修饰的纳米金刚石微粒在润滑油中的抗磨减摩性Pall摩擦耗能减震器减震性能研究

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Based on the basis of traveling wave energy absorption method, the formula of allow tension increment of anchorage cable under condition of the blast wave shock is derived.

依据行波能量吸收方法推导出了锚杆受爆炸波冲击时所需张力增量计算公式。

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Laser shock peening ( LSP) is a new surface strengthening technology. It use laser-induced, high-energy shock wave to induce compressive residual stresses on the impacted area of metal.

激光冲击强化是一种新兴的现代表面处理技术，它利用激光产生的高幅冲击波在冲击区诱导出有益的残余压应力，从而达到强化材料的目的。

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Energy consumption for shock absorption of vertical storage tank with flexible base

柔性基底立式储罐减震耗能研究

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The hydraulic crusher with shock energy and frequency shifted independently and steplessly

独立无级调节冲击能和冲击频率的液压碎石机

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A Study of The Shock Energy Sensor

冲击能传感器的研究与分析

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It is believed that the elasto plastic dynamic time historied analysis of basic frames can be used for dynamic time historied analysis of shock absorbing structures with frictional energy dissipation.

文中认为基本框架的弹塑性动力时程分析，可以用于摩擦耗能减震结构的动力时程分析。

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Through the performance analysis of the hydraulic tamping& drawing device, this paper puts forward that the shock energy and frequency can be adjusted independently and steplessly through the resistance of the vertical post timely adjusting the shock pressure of hydraulic system.

对液压夯拔装置的性能进行了分析，提出了通过立柱阻力适时调节系统的冲击压力，可实现冲击能和冲击频率的独立无级调节。

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With the shock pressure of hydraulic system shifting reasonably by resistance, the shock energy and frequency can be shifted independently and steplessly.

提出了通过立柱阻力适时调节冲击系统的压力，可实现冲击能和冲击频率的自适应独立无级调节。

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The shock absorption capacity of the composite foundation manifests in amplitude reduction, viscous damping energy dissipation and friction energy dissipation. THE MODEL STUDY OF THE SCALE FACTOR APPROXIMATION OF THE AMPLITUDE REDUCTION FACTOR IN THE EXAFS DATA ANALYSIS

复合地基的减振性能主要体现在减小振幅、粘滞阻尼耗能和摩擦耗能上。EXAFS数据分析中振幅衰减因子标度常数近似影响的模拟研究

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