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Overview and recent progress in SBS PCM approach to self-navigation of lasers on direct drive IFE targets

机译:SBS PCM在直接驱动目标中SBS PCM方法中SBS PCM方法的概述和最新进展

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Current status of recently proposed novel approach to inertial fusion energy technology, where phase conjugating mirrors generated by stimulated Brillouin scattering are employed to take care of automatic self-navigation of every individual laser beam on injected pellets, has been reviewed. This new technology is of a particular importance to the direct drive schemes of pellets irradiation as assumed, e.g., in HiPER project. If successful also in its full scale realization, such an aiming scheme would greatly reduce the technical challenges of adjusting large and heavy optical elements on each shot in a system with a repetition rate of at least several Hertz. In the gradual step-by-step tuning of this technology, in this paper a close attention has been payed to the unconverted basic harmonic issue with a special Faraday isolator design proposed.
机译:最近提出了新颖的惯性融合能源技术的现状,其中采用受刺激的布里渊散射产生的相位缀合镜来处理喷射颗粒上每个单独激光束的自动自动导航。这种新技术对假定的颗粒照射的直接驱动方案特别重要,例如在HIPER项目中。如果成功也在完全规模的实现中,这种瞄准方案将大大降低在系统中调整大型和重型光学元件的技术挑战,其重复率至少几个赫兹。在这项技术的逐步调整中,在本文中,密切关注已提出特殊的法拉第隔离器设计的未转化的基本谐波问题。

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