shock-wavepumped laser

Numerical and Experimental Study of Thermal Shock Effect on Germanium Lens Induced by Out-of-band Pulsed-laser

波段外脉冲激光对锗透镜热冲击效应的数值与实验研究

The dynamic characteristics of thin board under the laser impact, means measuring the deformation time, deformation, deformation rate and strain rate of laser impacted specimen, as well as belong to laser shock forming areas.

激光冲击下薄铝板动态特征量的检测，就是对试样在冲击过程中的变形时间、变形量、变形速度以及应变率这些基础特征量进行测量研究，属于激光冲击成形的研究范畴。

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。

Several technologies called formative research profiles, focusing on technology of laser shock forming are introduced.

介绍了几种典型无模成形技术的研究概况, 重点介绍了激光冲击成形的无模成形技术.

Applied electric field enhancing laser pulse induced shock waves in a target

外加电场增强激光脉冲在靶中产生的冲击波

More attention is paid to the thermal shock effects on the manufacturing process of device components in the field of high-tech such as micro-electronic technology, laser technology, nuclear technology and space navigation.

在微电子、激光、核电、航天等领域中，高科技元件生产加工过程的热冲击效应越来越受到关注。

The laser shock forming intelligent manufacturing system with 5-axis workbench was developed by JiangSu University under the concept of computer control, laser material processing, and advanced manufacture technology.

具有五坐标工作台结构的智能激光冲击加工系统是在光机电一体化、先进制造技术和材料/制造工艺力学的概念下由江苏大学提出的。

Experimental Study on Aluminum Target Dynamic Damage under Laser Shock Waves Loading

铝靶在激光冲击波加载下的动态损伤实验

The mechanism of laser shock peening and application of the coating and limiting layer are studied.

研究激光喷丸的机理及涂层和约束层的应用技术.

Based on the preliminary study on LSF ( Laser Shock Forming) both at home and abroad, the LSF of titanium alloy sheet is studied.

本文在分析了国内外激光冲击成形研究现状的基础上，对钛合金板激光冲击成形进行了实验研究。