首页> 外文会议>Conference on Laser Optics 2000: Ultrafast Optics and Superstrong Laser Fields Jun 26-30, 2000, St. Petersburg, Russia >Multi beam emitters as joint optical laser complex and ion-optical system for laser selection of atoms, molecules, isotopes, isomers, long-lived and short-lived radionuclides in different spheres from γ-laser and atomic energetics to the medicine and gen
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Multi beam emitters as joint optical laser complex and ion-optical system for laser selection of atoms, molecules, isotopes, isomers, long-lived and short-lived radionuclides in different spheres from γ-laser and atomic energetics to the medicine and gen

机译:多光束发射器作为联合光学激光复合物和离子光学系统,用于从γ激光和原子能学到药物和gen的不同领域中激光选择原子,分子,同位素,异构体,长寿命和短寿命放射性核素

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The SPTEN-γ-laser's development leads to the essentially new principles for the effective converting of the nuclear radiation (neutrons, gamma, etc.) into the well controlling and focusing broad formatted atomic (ionic, molecular, etc.) beams which are fit for the creation of the active medium of the γ-laser and for the other aims, e.g., for the acceleration by many orders of the selection of atoms, molecules, isotopes, isomers, radionuclides, for high precision methods in the spectroscopy-chromatography of the macrornolecules, etc.. The appropriate Multi Beam Emitter systems, MBE, are based on the dividing of the broad formatted beam of nuclei into a big amount ~10 ~6-10~9 of the collinear microbeams with use of the especial deeply engraved gratings together with ad hoc ion and laser optics. MBE will be realized in a non-γ-laser sphere before the first directγ-lasing demonstration experiments.
机译:SPTEN-γ激光的发展为将核辐射(中子,伽马等)有效转换为能很好控制并聚焦适合的宽格式原子(离子,分子等)光束的本质提出了新原理。用于创建γ激光的活性介质,以及用于其他目的,例如,加速原子,分子,同位素,异构体,放射性核素的选择数量级的选择,以及用于光谱法的高精度方法适当的多束发射器系统MBE,是基于深格式化的,将宽格式的原子核束分成大量〜10〜6-10〜9的共线微束而建立的。光栅,特设离子和激光光学器件。 MBE将在第一个直接的γ激光演示实验之前在非γ激光球中实现。

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