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   增益光栅 在 无线电电子学 分类中 的翻译结果: 查询用时:0.059秒
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增益光栅
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  gain grating
    Gain Grating and Its Application in Holographic Laser Oscillator
    增益光栅在全息激光振荡器中的应用
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  gain grating
    Gain Grating and Its Application in Holographic Laser Oscillator
    增益光栅在全息激光振荡器中的应用
短句来源
  “增益光栅”译为未确定词的双语例句
    Volume holographic gratings written inside gain medium can be used to control the quality of beams in high power laser system.
    在增益介质中写入体积增益光栅可用于高功率激光系统中光束质量的控制。 本文综述了增益光栅的瞬态动力学特性和频谱滤波特性以及各种类型光栅在自启动全息激光振荡器中的贡献。
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  gain grating
The DFDLs employ a new grating-prism configuration for producing the gain grating in the laser dye solution.
      
The holographic laser was self-starting and, by virtue of the temporal dynamics in writing the gain grating, passively Q-switched the cavity to produce pulses with 20-50?ns duration.
      
  gain grating
The DFDLs employ a new grating-prism configuration for producing the gain grating in the laser dye solution.
      
The holographic laser was self-starting and, by virtue of the temporal dynamics in writing the gain grating, passively Q-switched the cavity to produce pulses with 20-50?ns duration.
      


The temporal dynamics and spectral filtering of gain gratings are summarized from theory and experiments and which kinds of gain grating contribute to the self-starting holographic laser oscillator is explained in this paper. The gain grating acts as a dynamic diffractive element, forming a loop resonator, termed self-pumped phase- conjugate ( SPPC) since only one input beam is required to form the grating and induce the formation of the phase conjugate. So SPPC loop resonator can correct phase aberration. Due...

The temporal dynamics and spectral filtering of gain gratings are summarized from theory and experiments and which kinds of gain grating contribute to the self-starting holographic laser oscillator is explained in this paper. The gain grating acts as a dynamic diffractive element, forming a loop resonator, termed self-pumped phase- conjugate ( SPPC) since only one input beam is required to form the grating and induce the formation of the phase conjugate. So SPPC loop resonator can correct phase aberration. Due to SPPC greater-than-unity reflectivity, the replacement of the input beam with a partial reflector can make the system self-starting. Volume holographic gratings written inside gain medium can be used to control the quality of beams in high power laser system.

增益光栅作为一种动态衍射元件,可构成一种环形腔,只需一束光波即可形成光栅并产生位相共轭波,因此该现象被称为自泵位相共轭(SPPC)。SPPC环形谐振腔具有修正位相失真的功能。由于其具有远大于1的反射率,用一个部分反射器取代输入光束,则系统就成为自启动的。在增益介质中写入体积增益光栅可用于高功率激光系统中光束质量的控制。本文综述了增益光栅的瞬态动力学特性和频谱滤波特性以及各种类型光栅在自启动全息激光振荡器中的贡献。

 
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