束波互作用,Beam-wave interaction
1)Beam-wave interaction束波互作用
1.In the CARM mechanism,with the TM-mode,the axial component and the transverse component of electric field can exchange simultaneously energy with the electrons by beam-wave interaction,then the wave is amplified.在回旋自谐振脉塞的机理中,TM模式的纵向及横向电场分量可以与电子通过束波互作用同时产生纵向和横向换能,使电磁波得到放大,因此,原则上回旋自谐振脉塞采用TM模式不仅是可行的,而且可能具有优越性。
2.The gap current does not participate in the beam-wave interaction.端面发射的电流不参与束波互作用,由于端面发射的电流比较小,在总电流不变的情况下参与束波互作用的电流增多,从而提高了效率。
3.Analysis results show that beam-wave conversion efficiency is in direct proportion to second power of premodulation depth for the same injecting beam,and there is a certain premodulation frequency corresponding to a maximal efficiency for every injecting beam and beam-wave interaction area combination.分析结果表明,相同参数入射电子束同轴虚阴极振荡器的束波转换效率正比于预调制深度的平方,提高预调制的深度可以很好地提高束波转换效率;任意的束波互作用区结构参数和入射束流分布参数,都会存在一个对应工作状态下最大束波转换效率的最佳预调制频率,合理选择预调制频率可以优化同轴虚阴极振荡器的微波输出。
2)beam-wave interaction注波互作用
1.Research on 2.5-dimensional nonlinearbeam-wave interaction program of klystrons;速调管2.5维非线性注波互作用程序的研究
2.Study onbeam-wave interaction mechanism in the disk-loaded-inner-conductor coaxial slow wave structure同轴内导体盘荷慢波结构注波互作用机理研究
3.Finally,the large signalbeam-wave interaction of the whole S-band TWTwas simu.在使用PIC软件设计一S波段耦合腔行波管时,对电子枪进行了数值模拟,构建了行波管的三维整管计算模型,该模型包含电子枪、慢波结构、微波输入输出耦合器等部件,模拟了该S波段行波管整管的大信号注波互作用过程。
英文短句/例句
1.Numerical Simulation of Beam-Wave Interaction in the Gyrotron Oscillators;回旋管振荡器注波互作用的数值模拟
2.Study on beam-wave interaction mechanism in the disk-loaded-inner-conductor coaxial slow wave structure同轴内导体盘荷慢波结构注波互作用机理研究
3.3D Particle-in-Cell Simulation of X-Band Sheet Beam KlystronX波段带状注速调管注波互作用系统的3维PIC模拟
4.Simulation of DVT Technology to Improve the Electronic Efficiency of a Slow Wave Structure动态速度渐变技术提升慢波结构注波互作用效率的仿真研究
5.Calculations of three-dimensional frequency-domain nonlinear beam-wave reaction for helix traveling wave tubes螺旋线行波管三维频域非线性注波互作用的计算
6.Numerical Simulation of Nonlinear Beam-wave Interaction Equations in S-band Coupled-cavity TWTS波段耦合腔行波管非线性注-波互作用方程组的数值解
7.Research on RF Characteristics and Nonlinear Beam-Wave Interaction in Helix TWTs;螺旋线行波管高频特性及非线性注—波互作用研究
8.Influence of reflection of the output port on beam-wave interaction in gyrotron traveling wave amplifier回旋行波放大器输出端反射对注-波互作用的影响
9.fluvial-wave interaction河流-波浪相互作用
10.interaction between waves in plasma等离子体中波和波相互作用
11.Investigation of the Action of Diagonal Waves and Vertical Breakwater;斜向波与直立式防波堤相互作用研究
12.Envelope Interaction in Wave Group and Wave Group Properties Study波群中波包络相互作用及波群特性的研究
13.The Experimental Investigation of Interaction between the Shock Wave and Fuel Droplet;激波与燃料液滴相互作用的实验研究
14.Numerical Simulation of Wave Interaction with Submerged Porous Breakwater;波浪与可渗潜堤的相互作用数值模拟
15.Numerical Simulation for Interaction of Shock Wave with Dust Layer;激波与堆积粉尘相互作用的数值模拟
16.A Study of Analytical Solutions to the Interactions between Water Waves and Submerged Barriers;波浪与结构物相互作用的解析解研究
17.A New Mapping Approach on (2+1)-Dimensional Long Wave-Short Wave Interaction System;(2+1)维长短波相互作用方程的新探索
18.Numerical simulation of shock impact on material interface激波与物质界面相互作用的数值模拟
相关短句/例句
beam-wave interaction注波互作用
1.Research on 2.5-dimensional nonlinearbeam-wave interaction program of klystrons;速调管2.5维非线性注波互作用程序的研究
2.Study onbeam-wave interaction mechanism in the disk-loaded-inner-conductor coaxial slow wave structure同轴内导体盘荷慢波结构注波互作用机理研究
3.Finally,the large signalbeam-wave interaction of the whole S-band TWTwas simu.在使用PIC软件设计一S波段耦合腔行波管时,对电子枪进行了数值模拟,构建了行波管的三维整管计算模型,该模型包含电子枪、慢波结构、微波输入输出耦合器等部件,模拟了该S波段行波管整管的大信号注波互作用过程。
3)Beam-wave interaction注-波互作用
1.Influence of reflection of the output port on beam-wave interaction in gyrotron traveling wave amplifier回旋行波放大器输出端反射对注-波互作用的影响
2.The dissertation is focusedon the theory and simulation of beam-wave interaction in the gyro-TWA.本文围绕其中注-波互作用这一主题，开展了理论研究和数值模拟工作。
3.For analysis the beam-wave interaction characters of Gyro-TWT amplifier为了分析回旋行波管放大器注-波互作用的特点,我们利用PIC模拟软件MAGIC对放大器的注-波互作用过程进行了跟踪和模拟,计算并讨论了不同工作参数对输出特性的影响。
4)interaction of the waves波的互作用
5)electron beam and wave interaction注-波互作用
6)three wave interactions三波互作用
1.The traditional method of calculation for the acceptance parameters by Taylor expansion inthree wave interactions is only suitable for the condition of small acceptance parameters.采用传统级数展开方法计算晶体非线性三波互作用的允许参量。
延伸阅读
互养作用分子式：分子量：CAS号：性质：处在一共同环境中的生物在营养和代谢中相互依存和相互补充的作用。例如植物、动物及微生物的交互摄食，碳和氧的循环以及营养的相互依赖。
