1) Brillouin amplification
布里渊放大
1.
The influence of pump power on pulse shape control by Brillouin amplification of two Brillouin amplifiers;
抽运光对双布里渊放大池放大控制脉冲波形的影响
2.
Pulse shape control by Brillouin amplification of two Brillouin amplifiers;
双布里渊放大池放大控制脉冲波形的研究
3.
Study on Brillouin amplification in different liquid media;
利用不同介质进行布里渊放大的研究
2) Brillouin amplifier
布里渊放大器
1.
Brillouin amplifier was numerically simulated by the theoretic model of transient stimulated Brillouin scattering including depleted pump.
利用瞬态包含抽运抽空的SBS理论模型对布里渊放大器进行了数值模拟 ,给出了脉冲波形随抽运光功率密度和种子光与抽运光能量比的变化规律 ,并用实验进行了验证 ,理论与实验符合得较好 。
2.
Brillouin amplifier was numerically simulated by using the theoretic model of transient stimulated Brillouin scattering.
利用瞬态包含抽运抽空的受激布里渊散射理论模型对布里渊放大器进行了数值模拟 ,给出了布里渊放大器中能量提取效率、种子光放大率、种子光脉宽压缩率和抽运光脉宽压缩率随Stokes种子光与抽运光能量比的变化规律 ,并用实验进行了验证 ,理论与实验符合得较
3.
The divergence of Stokes output versus power density of pump in the Brillouin amplifier was experimentally studied and the relations of divergence among Stokes output, Stokes seed and pump were also experimentally studied.
研究了布里渊放大器Stokes出射光束的发散角随抽运功率密度的变化规律以及与种子光束和抽运光束发散角的关系。
3) Brillouin light amplifier
布里渊光放大器
4) Brillouin fiber amplifier
布里渊光纤放大器
5) Brillouin amplification with two signals
双信号布里渊放大
1.
Based on these equations, the theoretical model of Brillouin amplification including noise and the one of Brillouin amplification with two signals are constructed.
本文提出了一种新方案,即单频抽运、双信号布里渊放大方案,利用其中强辅助信号光与噪声的竞争关系抑制住布里渊放大器的内部噪声,再使得其中的弱信号光被未抽空泵浦光放大。
6) atmospheric Brillouin scattering
大气布里渊散射
1.
A mathematic model of frequency shift of atmospheric Brillouin scattering light is established and the influences of the mathematic parameters,such as air temperature,air pressure,vapor pressure,on the property of Brillouin scattering have been analyzed.
建立了大气布里渊散射光频移的数学模型 ,分析计算了温度、水汽压、大气压力等大气参量对布里渊散射特性的影响。
补充资料：垂直布里奇曼法(见布里奇曼法生长单晶)
垂直布里奇曼法(见布里奇曼法生长单晶)
vertical Bridgman method
垂直布里奇曼法vertieal Brid脚an method见布里奇曼法生长单晶。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条