Laser guiding at > 10~(18) W/cm~(2) in plasma channels formed by the ignitor heater method

机译：激光引导> 10〜（18）在由点火器加热器方法形成的等离子体通道中的> 10〜（18）W / cm〜（2）

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Experiments explore guiding of intense laser pulses, optimization using channel formation beams and gas jet targets, and the interplay of channel guiding and relativistic self guiding. Impact on laser wakefield particle acceleration is being assessed.

机译：实验探索强烈的激光脉冲的引导，使用通道形成梁和气流射流优化，以及信道引导和相对主义自我引导的相互作用。正在评估对激光唤醒粒子加速的影响。

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《International Quantum Electronics Conference》|2004年||共2页
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C.G.R. Geddes; C. Toth; J. vanTilborg; W.P. Leemans; Alexander A. Sawchuk;
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专利

1. Guiding of laser pulses in plasma channels created by the ignitor-heater technique [J] . Volfbeyn P., Leemans WP., Esarey E. Physics of plasmas . 1999,第5aPta2期

机译：用点火加热器技术在等离子体通道中引导激光脉冲
2. Formation of a waveguide having the ultimately small cross-section due to self-consistent propagation of a highly intensive laser beam (10~(18) W/cm~2) with duration of 100 ps in an overdense plasma [J] . G. G. Kochemasov, L. S. Mkhitaryan, B. A. Voinov Laser and Particle Beams . 1999,第3期

机译：由于在高密度等离子体中持续时间为100 ps的高强度激光束（10〜（18）W / cm〜2）的自洽传播而形成最终横截面极小的波导
3. Non-linear interaction of a q-Gaussian laser beam in a plasma channel created by the ignitor-heater technique [J] . Gupta Naveen Contributions to Plasma Physics . 2019,第2期

机译：Q-Gaussian激光束在点火器 - 加热器技术产生的等离子体通道中的非线性相互作用
4. Laser guiding at > 10~(18) W/cm~(2) in plasma channels formed by the ignitor heater method [C] . C.G.R. Geddes, C. Toth, J. vanTilborg, International Quantum Electronics Conference . 2004

机译：激光引导> 10〜（18）在由点火器加热器方法形成的等离子体通道中的> 10〜（18）W / cm〜（2）
5. Guiding of terawatt laser pulses in performed plasma channels. [D] . Nikitin, Sergei Petrovich. 1999

机译：在执行的等离子通道中引导兆瓦级激光脉冲。
6. Towards Remote Lightning Manipulation by Meters-long Plasma Channels Generated by Ultra-Short-Pulse High-Intensity Lasers [O] . Jenya Papeer, Indranuj Dey, Moti Botton, -1

机译：通过超短脉冲高强度激光产生的米长等离子通道实现远程雷电操纵
7. Guiding of high intensity ultrashort laser pulses in plasma channels produced with the dual laser pulse Ignitor-Heater technique. [O] . P. Volfbeyn, W. P. Leemans 1999

机译：采用双激光脉冲点火器 - 加热器技术生产高强度超短激光脉冲的引导。

Laser guiding at > 10~(18) W/cm~(2) in plasma channels formed by the ignitor heater method

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