Concept Exploration of Impact Fast Ignition

本研究的最终目的是证明撞击点火的概念。该方案要求快加速聚变燃料的速度大于1000 km/ s，密度大于g/ cm^3。利用美国NIKE激光装置首次成功地实现了1000 km/ s以上的加速燃料。S.其次，同时检测了加速度和压缩，并存档为速度370 km/ s和密度0。5-0. 75 g/ cm^3，使用日本大坂大学的GEKKO XII激光设备

The final goal of this study is to demonstrate the concept of the impact ignition. This scheme requires the fast accelerated fusion fuel with the velocity of large than 1000 km/ s and the density of larger than g/ cm^3. Firstly the accelerated fuel with the over 1000km/ s was experimentally succeeded by using NIKE laser facility in U. S. Secondly the acceleration and compression were simultaneously examined and archived to be the velocity of 370 km/ s and the density of 0. 5-0. 75 g/ cm^3 by using GEKKO XII laser facility in Osaka university Japan