观测了不同约束层材料及不同靶材表面特征情况下产生的激光冲击波。
For various confining materials and surface properties of targets, laser-produced shock waves were observed.
观测了不同约束层材料及不同靶材表面特征情况下产生的激光冲击波。
For various confining materials and surface properties of targets, laser produced shock waves were observed.
并利用新型压电传感器(PVDF压电传感器)对其引发的激光冲击波压力进行了实时测量。
We utilize new type piezoelectricity gauge (PVDF piezoelectricity gauge) to carry on real - time measurement to laser-induced shock wave pressure.
强大的激光束产生强烈的冲击波，后者将以每小时100万英里的速度压碎靶丸，同时产生一亿摄氏度左右的高温。
The intense beams produce a powerful shockwave that crunches the fuel pellet at a million miles an hour, generating temperatures of around 100, 000, 000C.
目的比较输尿管镜钬激光碎石术与体外冲击波碎石术(ESWL)治疗输尿管结石的有效性和安全性。
Objective To compare the safety and efficacy of ureteroscopy with holmium: YAG laser lithotripsy and extracorporeal shock wave lithotripsy (ESWL) for ureteral calculi.
激光冲击硬化是通过在材料表层内形成冲击波而引起“损伤”来改变表层的组织和性能。
Laser shock hardening may change the structure and properties through forming shock wave and causing damage in the surface layer of metal.
理论上讨论了激光辐照形成的高压冲击波的幅度和时间特性。
In this paper, the magnitude and time characteristics of laser induced shock waves are theoretically studied.
针对激光等离子体冲击波清洗颗粒技术中的滚动移除机制缺陷，提出一种基于颗粒弹性形变的弹出移除模型。
A new ejecting removal mechanism of particles is presented based on particle elastic deformation to overcome the flaws of rolling removal mechanism in laser-induced plasma shock wave cleaning.
针对小范围内水下激光爆炸所产生的等离子体冲击波检测问题，对单模石英光纤探针探测方法进行了初步实验研究。
Aiming at solving the detective problem of laser-induced plasma shock-wave underwater in small domain, a method of single mode quartz fiber probe has been studied on experiment preliminarily.
研究建立一种光学记录速度干涉仪系统(OR VIS)，用于激光产生冲击波研究物质状态方程实验中的参数测量。
An optically recording velocity interferometer system (ORVIS) is constructed. It is applied to laser-driven shock experiments as a method for equation of state (EOS) measurement.
采用自行研制的高灵敏度光束偏转测试系统，对脉冲激光烧蚀水下金属产生的等离子体冲击波和空泡效应进行了实验研究。
Laser-induced plasma shock wave and cavitation bubble by pulsed laser ablation of a metal in water are investigated by a high-sensitive optical beam deflection technique.
激光的生物学效应主要是光效应、热效应、电磁场效应、压力与冲击波效应。
The biology effect of the laser is a light hot, electromagnetism an effect, pressure primarily with wash' shot an effect.
本发明通过检测在空气中传播的冲击波的振幅和脉冲宽度，实现激光冲击强化效果的在线检测。
The on-line detection of the laser shock processing effect is performed by detecting the amplitude and pulse width of the shock wave spreaded in the air.
本文从激光冲击处理的机理出发，介绍了激光冲击处理过程中冲击波的形成和残余应力的产生。
In the present work, based on the mechanism of LSP, the induced Shockwave during LSP and the generation of residual stress was discussed.
激光将加热实现溶在溶液中的蓝色染料，这将会产生一个气泡，这个气泡会迅速地膨胀和塌缩，当这类气泡单独产生时，就会造成在液体中传播的冲击波。
The lasers heated molecules of a blue dye dissolved in the fluid, which in turn created tiny bubbles to rapidly grow and collapse.
激光冲击成形是指利用激光诱导产生的冲击波压力使板料变形的一种新的板料塑性成形技术。
Laser shock forming is a novel technique that USES laser-induced shock wave to shape sheet metal.
实验得到了激光等离子体冲击波传播规律和空泡的动力学特性。
Effect of liquid viscosity on the behavior of laser-induced cavitation bubbles;
激光冲孔技术是基于激光诱导冲击波效应的板料冲孔方法。
Laser punching technique is a new idea on hole-forming method of sheet metal which is based on the effects of shock waves induced by laser.
结论输尿管镜下钬激光碎石术治疗复杂性输尿管结石安全、有效，尤其适用于体外冲击波碎石效果不佳的患者。
Conclusion Treatment of urinary calculi with this method has been safe, effective and less invasive, especially those failure of ESWL.
结论输尿管镜下钬激光碎石术治疗复杂性输尿管结石安全、有效，尤其适用于体外冲击波碎石效果不佳的患者。
Conclusion Treatment of urinary calculi with this method has been safe, effective and less invasive, especially those failure of ESWL.
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