翻译 http://highfield.iphy.ac.cn/

来源：百度知道 编辑：UC知道 时间：2024/07/08 21:18:46
With the invention of the chirped pulse amplification (CPA) technology more than 10 years ago, a new generation of lasers appear. Based on this technology, people are now capable of dealing with lasers which can deliver laser pulses at a duration of a few laser cycles (several femtoseconds), at a petawatt level, and over the intensity 1020 W/cm2. The studies of laser interaction with matter by use of ultra-short intense lasers have attracted great interest world wide, partially because this kind of lasers can be built within a small dimension and at a reasonable cost. Numerous of applications have been proposed based upon these studies.

The group on high field laser physics at the Institute of Physics, CAS, was establish in 1999. Our research includes the development of new ultra-short intense laser systems, the technology of ultra-short lasers and its applications, the interactions of laser radiation with matter, and their various applications in X-ray lasers, table-top pl

随着发明的啁啾脉冲放大技术( CPA )技术10多年前, 新一代激光的出现. 基于这种技术, 人们现在有能力处理激光器,可以把激光脉冲在历时数激光器 周期( femtoseconds数) ,于petawatt水平,并在1020强度w/cm2 . 研究激光与物质的利用超短强激光系统引起了极大的兴趣世界各地 部分因为这种激光器可以建在一个小尺寸,并在一个合理的成本. 众多的申请已提出基于这些研究.

研究激光与物质的利用超短强激光系统引起了极大的兴趣世界各地 部分组高场激光物理,核物理研究所,中科院,是建立于1999年. 我们的研究包括开发新的超短超强激光系统,技术,超短激光技术及其应用 相互作用的激光辐射与物质的,他们的各种应用在X射线激光,桌上等离子体粒子的加速度, 超短十大/γ射线源,实验室天体物理,快点火聚变目标及相关课题等.