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    • 1. 发明授权
    • Laser pump arrangement and laser pump method with beam homogenization
    • 激光泵布置和激光泵法与光束均匀化
    • US08750344B2
    • 2014-06-10
    • US13128469
    • 2009-11-06
    • Daniel KopfMaximilian Lederer
    • Daniel KopfMaximilian Lederer
    • H01S3/10H01S3/093H01S3/08
    • H01S3/09415G02B19/0014G02B19/0057G02B27/0994H01S3/0612H01S3/0621H01S3/0625H01S3/094057H01S3/0941H01S5/4012
    • In a laser pump arrangement for a laser medium that amplifies a laser beam, comprising at least one laser pump source (1″) with a plurality of emitters for generating partial pumping streams (TPS1″, TPS2″), the partial pumping streams (TPS1″, TPS2″) are led through a coupling optic to a homogenizer (3″) and then are thoroughly mixed in one axis through multiple reflections. In the process, the homogenizer (3″) and the laser medium are designed and disposed such that the pump stream exiting the homogenizer (3″) is led directly onto or into the laser medium while maintaining divergence in the mixing axis (DA), wherein the partial pumping streams (TPS1″, TPS2″) are projected, in particular focused, directly onto or into the laser medium in a projection axis (PA) that is perpendicular to the mixing axis (DA).
    • 在用于放大激光束的激光介质的激光泵装置中,包括至少一个具有多个用于产生部分泵送流(TPS1“,TPS2”)的发射器的激光泵浦源(1“),部分泵送流(TPS1 “,TPS2”)通过耦合光学器件引导到均化器(3“),然后通过多次反射在一个轴上充分混合。 在该过程中,均化器(3“)和激光介质被设计和布置成使得离开均化器(3”)的泵流直接被引导到激光介质上或保持在激光介质中,同时保持在混合轴线(DA)中的发散, 其中部分泵送流(TPS1“,TPS2”)在垂直于混合轴线(DA)的投影轴线(PA)中投影,特别是聚焦在激光介质上或其中。
    • 2. 发明申请
    • LASER PUMP ARRANGEMENT AND LASER PUMP METHOD WITH BEAM HOMOGENIZATION
    • 激光泵布置和激光泵方法与光束均质化
    • US20120033704A1
    • 2012-02-09
    • US13128469
    • 2009-11-06
    • Daniel KopfMaximilian Lederer
    • Daniel KopfMaximilian Lederer
    • H01S3/093
    • H01S3/09415G02B19/0014G02B19/0057G02B27/0994H01S3/0612H01S3/0621H01S3/0625H01S3/094057H01S3/0941H01S5/4012
    • In a laser pump arrangement for a laser medium that amplifies a laser beam, comprising at least one laser pump source (1″) with a plurality of emitters for generating partial pumping streams (TPS1″, TPS2″), the partial pumping streams (TPS1″, TPS2″) are led through a coupling optic to a homogenizer (3″) and then are thoroughly mixed in one axis through multiple reflections. In the process, the homogenizer (3″) and the laser medium are designed and disposed such that the pump stream exiting the homogenizer (3″) is led directly onto or into the laser medium while maintaining divergence in the mixing axis (DA), wherein the partial pumping streams (TPS1″, TPS2″) are projected, in particular focused, directly onto or into the laser medium in a projection axis (PA) that is perpendicular to the mixing axis (DA).
    • 在用于放大激光束的激光介质的激光泵装置中,包括至少一个具有多个用于产生部分泵送流(TPS1“,TPS2”)的发射器的激光泵浦源(1“),部分泵送流(TPS1 “,TPS2”)通过耦合光学器件引导到均化器(3“),然后通过多次反射在一个轴上充分混合。 在该过程中,均化器(3“)和激光介质被设计和布置成使得离开均化器(3”)的泵流直接被引导到激光介质上或保持在激光介质中,同时保持在混合轴线(DA)中的发散, 其中部分泵送流(TPS1“,TPS2”)在垂直于混合轴线(DA)的投影轴线(PA)中投影,特别是聚焦在激光介质上或其中。
    • 7. 发明申请
    • Laser system with optical parametric amplifier
    • 具有光学参数放大器的激光系统
    • US20060013272A1
    • 2006-01-19
    • US11157926
    • 2005-06-22
    • Daniel KopfMaximilian Lederer
    • Daniel KopfMaximilian Lederer
    • H01S3/13
    • H01S3/0057H01S3/005H01S3/0064H01S3/1083H01S3/235
    • In a laser system with optical parametric amplifier (8), a laser source (1) for generating seed pulses, and a regenerative amplifier (2) for generating pump pulses, the seed pulses of laser source (1) are coupled, both into the regenerative amplifier (2) and into the optical parametric amplifier (8). Moreover, the auxiliary beam (HS) generated in the optical parametric amplifier (8) is passed through an arrangement with positive dispersion (14) so that, in view of the inverted chirp of the auxiliary beam (HS), the pulses are recompressed. A pulse stretcher can also be used as an arrangement with positive dispersion for recompression of the auxiliary beam (HS), so that a further component can be omitted.
    • 在具有光学参量放大器(8)的激光系统中,用于产生种子脉冲的激光源(1)和用于产生泵浦脉冲的再生放大器(2),激光源(1)的种子脉冲被耦合到 再生放大器(2)并进入光学参量放大器(8)。 此外,在光学参量放大器(8)中产生的辅助光束(HS)通过具有正色散(14)的布置,使得从辅助光束(HS)的反向啁啾的角度看,脉冲被再压缩。 也可以使用脉冲展宽器作为具有正色散的装置,用于辅助光束(HS)的再压缩,从而可以省略另外的部件。