摘要
利用小型固体激光器在 10 0～ 30 0mJ能量范围内成功驱动了 5 .5 μm厚度铝飞片 ,最高速度达到 6 .6km s ,实验得到飞片速度与能量密度的关系。详细介绍了实验装置、测试系统和实验方法 ,并对实验测试系统进行了分析。对回收样品的分析表明 :飞片具有较好的平面性、完整性和重复性。对激光驱动飞片技术在模拟太空高速微粒的应用可能性进行了分析 ,目前的研究表明 :激光驱动飞片技术可以成为一种模拟太空高速粒子的有效实验手段。
Aluminum flyer of 5.5μm thickness has been driven successfully by mini size KIDS laser in the energy range of 100～300mJ. The highest velocity of flyer has been up to 6.6km/s, and the relationship of flyer velocity and energy density has been obtained in experiments. The setup of experiments, measurement system, and experimental technique are introduced in detail, and analysis are given on experimental measurement system. The analysis to recovery samples show that the plane character, integrity character and repeated character of flyer are very good. The whole process is solved by using Gurney theory, and academic results are in good accord with experimental results. The analysis on the application possibility of laser driven flyer in simulating aerospace particles are done. The results show that laser driven flyer is very effective in simulating aerospace hypervelocity particles.
出处
《红外与激光工程》
EI
CSCD
北大核心
2002年第5期428-431,共4页
Infrared and Laser Engineering
