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Theoretical Research on Ni-like Ag X-ray Laser by Grazing Incidence Pumping

机译:通过放牧入射泵送Ni样AG X射线激光的理论研究

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LLNL proposed a conception of grazing incidence technique using short pulse and realized saturated output of Ni-like Pd x-ray laser using only 450 mJ driving energy We think that this kind of technique may be adapted to quasi-steady state (QSS) collisional scheme with lOOps driving laser,. In this paper using our series code Ni-like Ag 13 9 nm XRL driven by laser two 100 ps pulses with grazing incidence was studied. Two different main pulses with intensity of respectively 1.2xlO13 Wcm"2 and 4.3xlO13 Wcm"2 were considered and optimization to grazing incidence angle and time interval tu was made. And comparisons were made with models with the same pumping conditions except that the main pulse came normally with varying t.
机译:LLNL提出了使用短脉冲的放牧发生率技术的概念,并且使用仅450 MJ驱动能量实现了Ni样Pd X射线激光器的饱和输出,我们认为这种技术可以适用于准稳态(QSS)碰撞方案带有循环驾驶激光,。本文使用我们的串联代码Ni-lign AG 13 9 NM XRL由激光驱动的两种100 PS脉冲,研究了具有放牧发射的脉冲。考虑了两个具有分别为1.2xLO13 WCM“2和4.3xLO13 WCM”2的不同主脉冲,并对放牧入射角和时间间隔进行了优化。使用具有相同泵送条件的模型进行比较,不同之处在于主脉冲通常具有不同的T.

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