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1.Analytical Optimization of Cherenkov Cascading Nonlinear Effects
切伦科夫型级联二阶非线性效应的解析优化收藏指正
2.The Investigation of Related Nonlinear Effects in Electromagnetically Induced Coherent Media
电磁诱导相干介质中相关非线性效应的研究收藏指正
3.Cascaded Second-Order Processes and Third Order Optical Nonlinear Effects in BBO Crystal
BBO晶体中的级联二阶过程和三阶光学非线性效应收藏指正
4.Studies on the Influence of the Fiber Nonlinear-Effects in WDM+EDFA Systems
VDM+EDFA系统中光纤非线性效应影响的研究收藏指正
5.Nonlinearity parameter B/A is a basic one for determining the ultrasonic nonlinear effects in biological media.
非线性参量B/A是描述生物媒质非线性超声效应的重要参量.收藏指正
6.The influence of fiber nonlinear-effects on the capacity-expanding of the fiber backbone networks by the means of WDM+EDFA is systematically analyzed.
系统分析了光纤非线性效应对光纤主干网 WDM+EDFA扩容的影响。收藏指正
7.All-optical wavelength conversion (AOWC) is mainly implemented by using four nonlinear effects: cross gain modulation (XGM), cross phase modulation (XPM), four wave mixing (FWM), and difference frequency generation (DFG).
实现全光波长转换主要利用四种非线性效应 :交叉增益调制 (XGM)、交叉相位调制 (XPM)、四波混频 (FWM)和差频 (DFG)效应。收藏指正
8.Experimentally, total 510 nm bandwidth SC and ±0.25 dB spectral uniformity over 150 nm were generated in a dispersion-flattened fiber which was produced by nonlinear effects (including SPM, XPM, SRS ) and group velocity dispersion(GVD). The fiber was pumped by 1.5 ps width ultrashort pulse with 13.9 MHz repetition rate utilizing a ring mode-locked fiber laser.
本文利用重复频率为13.9MHz,脉宽1.5ps的超短脉冲泵浦色散平坦光纤(DFF),在三阶非线性效应(自相位调制、交叉相位调制、受激喇曼散射)和色散联合作用下得到总宽度510nm以上的SC光谱,并在宽150nm的谱段内获得不平坦度小于±0.25dB,且覆盖全部L波段的SC谱;收藏指正
9.Considering the influence of electrostrictive nonlinear piezoelectric effect, electroelastic nonlinear piezoelectric effects and geometric nonlinearity, the mathematical model of piezoelectric laminated beam was obtained.
考虑材料的电致伸缩和电致弹性压电效应以及几何非线性导出压电层合梁的数学模型。收藏指正
10.This paper puts forward applying a new nonlinear control strategy in nonlinear system to eliminate adverse effects of nonlinear link in the system on starting smoothness of hydraulic elevator.
本文从液压电梯数学模型及电梯中的非线性环节出发，分析液压电梯起动时易产生抖动的原因，并提出利用新的非线性补偿系统中非线性的控制策略，以消除系统中非线性环节对液压电梯起动平稳性的不利影响。收藏指正
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