nonlinear coupler
nonlinear coupler是什么意思、nonlinear coupler怎么读
nonlinear coupler 基本解释
非线性耦合器
重点词汇
nonlinear coupler 双语例句
- 1、
Analysis of dynamics of solitons in nonlinear optical fiber coupler
非线性光纤方向耦合器孤子动力特性分析 - 2、
The Properties of Entanglement for the System of Trapped Ions and nonlinear coupler Inside the Optical Cavity
光腔中囚禁离子和非线性耦合器系统的纠缠特性 - 3、
Dynamic equations of solitons propagating in a nonlinear optical fiber coupler have been obtained by using various method. Characteristics of equivalent points are analyzed, and switching properties of optical solitons are discussed in detail.
利用变分方法,导出了双曲正割型光孤子在非线性光纤耦合器中传输时满足的动力学方程组,分析了该方程组的平衡点性态,讨论了光孤子的开关特性.指出参数卜K2。 - 4、
Nonlinear Directional Coupler ( NLDC) is a switch used in optical network. W.
非线性定向耦合器(NLDC)是用在光网络中的光开关器件,它主要用在全光网络中,W。 - 5、
The study on propagation controlling of femtosecond soliton pulse in nonlinear directional coupler
飞秒弧子脉冲在非线性定向耦合器中的传输控制研究 - 6、
Dependence of coupling coefficient on guided wave power of a nonlinear directional waveguide coupler formed by two optical planar waveguides placed in close proximity is discussed. Formulas and procedure of calculation is presented for the interaction reg
给出两个非线性平板波导耦合成的定向耦合器,给出当两波导间的间隙(耦合区)为克尔型非线性介质时耦合系数与导波功率的关系的计算公式。 - 7、
An approximate solution has been presented for the single-input nonlinear optical directional coupler under the most commonly used condition: operating near the critical power.
本文提出单端输入非线性定向耦合器在最常用情况下,即输入功率接近特征功率时的解析近似解。 - 8、
Analysis of the Switching Characteristics of Complex Varying Coupling Coefficient Nonlinear Directional Coupler
复合型变耦合系数定向耦合器开关特性的研究 - 9、
The propagation controlling of femtosecond soliton pulse in nonlinear directional coupler ( NLDC) are studied in this paper.
本文研究了超短脉冲在非线性定向耦合器中的传输控制。 - 10、
Nonlinear chirped grating coupler of CdSxSe ( 1-x) doped glass waveguide was fabricated and its optical control spatial scanning effect was obtained experimentally for the first time. Operating nature of the observed phenomenon is thermal nonlinearity.
本文报道了在掺CdSxSe(1-x),玻璃波导上制备出变周期光栅耦合器,获得了非线性变周期光栅的光控空间扫描特性并指出这种光控扫描特性是热非线性效应所致。 - 11、
An erbium-doped fiber nonlinear coupler ( EDFNC), in which the coupling parameters could be controlled by the light were firstly proposed.
提出一种耦合参量可用光调控的掺铒光纤非线性耦合器。 - 12、
Nonlinear Analysis ot 90 ° Bridge Coupler Power Amplifier/ Combiner
90°电桥功率放大/合成器的非线性分析 - 13、
Compensation for nonlinear distortion in the isolated transmission process of photocoupler CTR Technological Controlling on Photo Coupler
光耦隔离传输中的非线性补偿反射式光耦的CTR工艺控制 - 14、
The techniques of preparing the nonlinear directional coupler in polymer PMMA/ DR1 film by photobleaching are studied in this paper. We find an easier way to obtain a required coupling length by controlling photobleaching time rather than by controlling t
研究了用光漂白的方法制备PMMA/DR1聚合物非线性定向耦合器,提出了一种容易的制备方法来得到要求的耦合长度。 - 15、
The characteristics of the switching curves of Gaussian-Constant-Gaussian varying coupling coefficient nonlinear directional coupler ( GCG NLDC) are analyzed in detail.
研究了高斯常数高斯平滑连接的复合型变耦合系数定向耦合器的开关特性曲线。 - 16、
During the ( modeling) process, various kinds of nonlinear factors are considered including nonlinear wheel/ rail contact ( geometry), nonlinear wheel/ rail creep force vs. creepage, nonlinear forces of coupler and draft gear, nonlinear primary and second
建模过程中考虑列车系统中存在的轮轨接触几何关系非线性、轮轨蠕滑率/蠕滑力的非线性、钩缓装置作用力的非线性以及车辆模型一、二系悬挂作用力的非线性等因素。 - 17、
The filtering mechanism and features of nonlinear codirectional coupler are studied.
分析了非线性定向耦合光滤波器的滤波机理和滤波特性。 - 18、
Analysis of Optical Switching in the Nonlinear Two-guide Coupler
对非线性二波导耦合器光开关的分析 - 19、
The specialty of this scheme is that we construct a nonlinear optical loop mirror to enhance the optical power that reflected into the optical detector, thus increasing the detection distance of sensors. The nonlinear optical loop mirror consists of a con
传感系统光路的特别之处是采用了一个由2×2光纤耦合器构成的非线性光纤环镜来提升返回到光探测器的光功率,从而增加传感器的探测距离。
最新更新词汇: sizing materialcliquehypogastric foldunresolved SPIFsleddingforeign attachmentefflorescefatherland
更新时间:2026-03-25 00:09
更新时间:2026-03-25 00:09

