论文部分内容阅读
德国的一个研究小组已设计出一种基于Yb:YAG薄盘激光器的火焰燃烧诊断系统。他们希望这种小型系统最终可以装在“国际空间站”(ISS)上。 这种先进盘片激光器(ADL)项目负责人Wolfgang Tribel说,这种4波长的高重复率系统定于2003年中期完成,2004年即将用于微重力应用上。 此激光器为振荡器—放大器两级设计,窄带宽辐射,1020～1060nm间可调,其输出光最先由一连续波Yb:YAG种籽激光器产生。电光脉冲开关从种籽脉冲中提
A German research team has devised a flame combustion diagnostic system based on Yb: YAG thin-film lasers. They hope this small system will eventually fit on the International Space Station (ISS). Wolfgang Tribel, head of this advanced disk laser (ADL) project, said the 4-wavelength high repetition rate system is scheduled to be completed by mid-2003 and will be available in 2004 for microgravity applications. This laser oscillator - amplifier two design, narrow bandwidth radiation, adjustable between 1020 ~ 1060nm, the output of the first light by a continuous wave Yb: YAG seed laser generated. Electro-optic pulse switch from the seed pulse to mention