Analysis and Optimization of Blocks in High-Frequency Sections of Linear Accelerators and Deflectors of Charged Particles Using an Equivalent Circuit

A. Yu. Smirnov; V. E. Kalyuzhnyi; O. V. Kalyuzhnyi; O. A. Adon’ev

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Analysis and Optimization of Blocks in High-Frequency Sections of Linear Accelerators and Deflectors of Charged Particles Using an Equivalent Circuit

机译：等效电路对带电粒子的直线加速器和偏转器高频部分中的块进行分析和优化

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Analysis and optimization of blocks in high-frequency sections of linear accelerators and defectors of accelerated particles is performed using an equivalent circuit. This circuit correctly simulates the lowest accelerating mode as well as the first dipole mode of the E-type for various structures consisting of coupled cells. Analytic expressions are derived for parameters of individual cells of sections for which traveling waves with a preset form of oscillations propagate at a given frequency; optimization of the parameters of the input and output wave-type transformers is carried out. Simple analytic expressions are considered for calculating the complex reflection coefficient of a section in a certain cross section of the lead-in waveguide. The sections may contain identical cells as well as different cells.

机译：使用等效电路对线性加速器和加速器缺陷的高频部分中的块进行分析和优化。对于由耦合单元组成的各种结构，该电路可以正确地模拟E型的最低加速模式以及第一偶极子模式。推导了截面的单个单元的参数的解析表达式，这些截面的行波具有预设的振荡形式，并以给定的频率传播。对输入和输出波形变压器的参数进行了优化。考虑简单的解析表达式来计算引入波导的特定截面中的截面的复反射系数。这些部分可以包含相同的单元格，也可以包含不同的单元格。

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《Technical physics》 |2014年第7期|共10页
作者
A. Yu. Smirnov; V. E. Kalyuzhnyi; O. V. Kalyuzhnyi; O. A. Adon’ev;
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原文格式 PDF
正文语种 eng
中图分类 Tb13;
关键词
Analysis; Optimization; Blocks;

机译：分析;优化;块;

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1. Analysis and Optimization of Blocks in High-Frequency Sections of Linear Accelerators and Deflectors of Charged Particles Using an Equivalent Circuit [J] . A. Yu. Smirnov, V. E. Kalyuzhnyi, O. V. Kalyuzhnyi, Technical physics . 2014,第7期

机译：等效电路对带电粒子的直线加速器和偏转器高频部分中的块进行分析和优化
2. Review of linear optics measurement and correction for charged particle accelerators [J] . Rogelio Tomás, Masamitsu Aiba, Andrea Franchi, Physical Review. Accelerators and Beams . 2017,第5期

机译：回顾带电粒子加速器的线性光学测量和校正
3. Interrelation of Equivalent Values for Linear Energy Transfer of Heavy Charged Particles and the Energy of Focused Laser Radiation [J] . A. I. Chumakov Russian Microelectronics . 2011,第3期

机译：重电荷粒子的线性能量转移的等效值与聚焦激光辐射的能量之间的相互关系
4. A SELF-CONSISTENT MODEL FOR EMITTANCE GROWTH OF MISMATCHED CHARGED PARTICLE BEAMS IN LINEAR ACCELERATORS [C] . R. P. Nunes, F. B. Rizzato, R. Pakter IEEE Particle Accelerator Conference . 2007

机译：线性加速器中不匹配带电粒子束的粘合性生长的自我一致模型
5. Modeling and analysis of radio frequency structures using an equivalent circuit methodology with application to charged particle accelerator RF resonators. [D] . Vincent, John J. 1996

机译：使用等效电路方法对射频结构进行建模和分析，并应用于带电粒子加速器RF谐振器。
6. Dosimetric and mechanical equivalency of Varian TrueBeam linear accelerators [O] . Mohammed Ghazal, Lars Södergren, Mathias Westermark, 2020

机译：Varian Truebeam线性加速器的装饰性和机械等效
7. Charged particles dynamics optimization in a drift-tube linear accelerator [O] . Kotina E.D. 2006

机译：漂移管线性加速器中带电粒子动力学优化
8. Coded Circuit Analysis. Volume II. Transistor and Diode Equivalent Circuits for Nonlinear Analysis [R] . Katz, R. S. 1967

机译：编码电路分析。第二卷。用于非线性分析的晶体管和二极管等效电路

Analysis and Optimization of Blocks in High-Frequency Sections of Linear Accelerators and Deflectors of Charged Particles Using an Equivalent Circuit

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