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Arrangements for amplifying spatially and temporally addressable radiation fields

机译:用于放大在空间和时间上可寻址的辐射场的装置

摘要

Arrangements for amplifying spatially and temporally addressable radiation fields, characterized in that a complementary radiation field (99) for conditioning the inversion in the gain medium is generated for a radiation field (11) to be amplified, wherein the spatial distribution of the intensity or the energy density of the complementary radiation field ( 99) is set so that the sum of the intensity or the energy density of the radiation field to be amplified (11) and of the complementary radiation field (99) corresponds to a predefined location-dependent function, wherein the radiation field (11) to be amplified and the complementary radiation field by a Beam combiner (31) run together through the gain medium (81) and amplified, after the gain medium (81), the amplified radiation field (111) is separated from the amplified complementary radiation field (999) by using a beam splitter (33) ,
机译:用于放大在空间和时间上可寻址的辐射场的装置,其特征在于,针对待放大的辐射场(11)产生用于调节增益介质中的倒相的互补辐射场(99)。设置互补辐射场(99)的能量密度,使得要放大的辐射场(11)和互补辐射场(99)的强度或能量密度之和对应于预定的位置相关函数,其中待放大的辐射场(11)和光束组合器(31)产生的互补辐射场一起穿过增益介质(81),并在增益介质(81)之后放大放大的辐射场(111)通过使用分束器(33)与放大的互补辐射场(999)分离,

著录项

  • 公开/公告号DE102017003139B4

    专利类型

  • 公开/公告日2019-01-10

    原文格式PDF

  • 申请/专利权人 KEMING DU;

    申请/专利号DE20171003139

  • 发明设计人 GLEICH PATENTINHABER;

    申请日2017-03-31

  • 分类号G02B27/10;G02B27/09;G02B27/28;G02B26/02;G02F1/01;G02F1/13;G05D25;

  • 国家 DE

  • 入库时间 2022-08-21 11:45:32

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