Particle-in-cell simulation of helix traveling-wave tube

机译：螺旋行波管的粒子细胞仿真

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A 2.5-D electromagnetic particle-in-cell (PIC) simulation code has been used to study the nonlinear beam-wave interaction of a helix traveling-wave tube (TWT). The simulation model is developed with the PIC code MAGIC. The nonlinear process is simulated and analyzed. The simulation results meet the measurements very well, including the output power and gain.

机译：2.5-D电磁粒子 - 细胞（PIC）仿真代码用于研究螺旋行波管（TWT）的非线性梁波相互作用。仿真模型是用PIC代码魔法开发的。模拟和分析非线性过程。仿真结果非常良好地满足测量，包括输出功率和增益。

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《IEEE International Vacuum Electronics Conference》|2009年||共2页
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中图分类 TN1-53;
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electrical engineering computing; travelling wave tubes; 2.5-D electromagnetic particle-in-cell code; PIC code MAGIC; helix traveling-wave tube; nonlinear beam-wave interaction; nonlinear process; beam-wave interaction; nonlinear; particle-in-cell;

机译：电气工程计算;行程波管;2.5-D电磁粒子 - 电池代码;PIC代码魔法;螺旋行波管;非线性梁波相互作用;非线性过程;光束互动;非线性;粒子 - 细胞;

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1. Comparison of 2D particle-in-cell simulation with 1D nonlinear theory of helix traveling-wave tubes [J] . Sun-Shin, Jung, Andrei V. Soukhov, Microwave and optical technology letters . 2002,第6期

机译：螺旋行波管的二维单元模拟与一维非线性理论的比较
2. Benchmarking a high-order particle-in-cell code for the simulation of a gyrotron traveling-wave tube [J] . P. Ortwein, S.M. Copplestone, C.-D. Munz, EPJ Web of Conferences . 2017,第2期

机译：标定用于仿真旋流器行波管的高阶单元内粒子代码
3. Particle-in-Cell Simulation and Optimization for a 220-GHz Folded-Waveguide Traveling-Wave Tube [J] . Zheng R., Ohlckers P., Chen X. Electron Devices, IEEE Transactions on . 2011,第7期

机译：220 GHz折叠波导行波管的单元内粒子模拟和优化
4. Particle-in-cell simulation of helix traveling-wave tube [C] . IEEE International Vacuum Electronics Conference . 2009

机译：螺旋行波管的粒子细胞仿真
5. Three-dimensional simulations of PPM focused helical traveling-wave tubes. [D] . Kory, Carol Lynn. 2000

机译：PPM聚焦螺旋行波管的三维模拟。
6. Whistler anisotropy instabilities as the source of banded chorus: Van Allen Probes observations and particle-in-cell simulations [O] . Xiangrong Fu, Misa M Cowee, Reinhard H Friedel, -1

机译：惠斯勒各向异性的不稳定性是带状合唱的根源：Van Allen Probes的观察结果和细胞内颗粒模拟
7. Plasma effect in tape helix traveling-wave tube [O] . S. Saviz, F. Salehizadeh 2014

机译：带螺旋行波管中的等离子体效应
8. Effects of Dielectric and Metal Loading on the Dispersion Characteristics for Contrawound Helix Circuits Used in High Power Traveling-Wave Tubes [R] . Cain, W. N. 1988

机译：介质和金属负载对大功率行波管中扭曲螺旋线路色散特性的影响

Particle-in-cell simulation of helix traveling-wave tube

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