摘要
文章介绍了一种新型超高速发射装置(HVL)。通过使用一种叫做“枕”的密度梯度变化的冲击器将飞片无损伤地加速到超高速。这个技术已用来将1mm厚的铝、镁、钛(克量级大小)的飞片发射到10.4km/s,将0.5mm厚的铝、钛(半克大小)飞片发射到12.2km/s。
A new hypervelocity launcher(HVL)is introduced.It can accelerate flier plates to hypervelocities by using graded-density impactors referred to as“pillows”.This technique has been used to launch nominally 1-mm-thick aluminum,magnesium and titanium(gram-size)intact plates to 10.4km/s,and 0.5- mm-thick aluminum and titanium(half-gram size)intact plates to 12.2 km/s.This is the highest mass-velocity capability attained with laboratory launchers to date.
出处
《航天器环境工程》
2000年第4期82-85,共4页
Spacecraft Environment Engineering
关键词
超高速发射装置
轻气炮
飞片
Hypervelocity launcher
Light gas gun
Flier plate
