Four‐Sector Azimuthally Varying Field Cyclotron

Blosser H. G.; Worsham R. E.; Goodman C. D.; Livingston R. S.; Mann J. E.; Moseley H. M.; Trammel G. T.; Welton T. A.

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Four‐Sector Azimuthally Varying Field Cyclotron

机译：四扇区方位变化场回旋加速器

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An electron model relativistic fixed‐frequency cyclotron of the azimuthally varying field type has been constructed for the purpose of testing the orbit dynamics of such a device. An iterative technique used in designing an acceptable magnetic field shape is described in some detail. A brief description of the various components of the device is given as well as an account of the beam phenomena observed in the initial period of operation. Results strongly indicate the feasibility, from an orbit dynamics standpoint, of large proton machines of this type.

机译：为了测试这种装置的轨道动力学，已经构造了一个电子模型的相对论固定频率回旋加速器，其方位角变化的场类型。详细介绍了用于设计可接受的磁场形状的迭代技术。简要介绍了该设备的各个组件，并说明了在操作初期观察到的光束现象。从轨道动力学的观点来看，结果有力地表明了这种大型质子机的可行性。

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《Review of Scientific Instruments》 |1958年第10期|共16页
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Blosser H. G.; Worsham R. E.; Goodman C. D.; Livingston R. S.; Mann J. E.; Moseley H. M.; Trammel G. T.; Welton T. A.;
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1. Useful technique for analysis and control of the acceleration beam phase in the azimuthally varying field cyclotron [J] . Satoshi Kurashima, Takahiro Yuyama, Nobumasa Miyawaki, Review of Scientific Instruments . 2010,第3期

机译：分析和控制方位变化场回旋加速器中加速束相位的有用技术
2. Model Predictive Control-Based Smart Linear Servo-Motor Driver for a Resonance Frequency Tuner of Azimuth Variable Field Cyclotrons [J] . Journal of the Korean Physical Society . 2020,第7期

机译：基于模型预测控制的智能线性伺服电机驱动器，用于方位变量场快速rons的谐振频率调谐器
3. Rapid fabrication of Spiral Varying Retarder for Using in Simple Schemes of Generating Radial and Azimuthal Vector Optical Fields [J] . Shkuratova Victoria, Kostyuk Galina, Sergeev Maksim, Photonics Journal, IEEE . 2019,第5期

机译：螺旋可变缓速器的快速制造，可用于生成径向和方位角矢量光学场的简单方案
4. Simulation of rapid startup in microwave magnetrons with azimuthally-varying axial magnetic fields [C] . Jones, M.C., Neculaes, . 2004

机译：轴向方位角变化的微波磁控管快速启动的仿真
5. Azimuthally Varying Noise Reduction Techniques Applied to Supersonic Jets [D] . Heeb, Nicholas S. 2015

机译：应用于超音速喷气机的方位角可变降噪技术
6. The Coding of Spatial Location by Single Units in the Lateral Superior Olive of the Cat. I. Spatial Receptive Fields in Azimuth [O] . Daniel J. Tollin, Tom C. T. Yin 2002

机译：猫的外侧上位橄榄中单个单元的空间位置编码。一方位角上的空间感受野
7. Rapid fabrication of Spiral Varying Retarder for Using in Simple Schemes of Generating Radial and Azimuthal Vector Optical Fields [O] . Victoria Shkuratova, Galina Kostyuk, Maksim Sergeev, 2019

机译：以径向和方位角矢量光场产生简单方案的快速制造螺旋变化延迟器
8. Theory of Accelerated Orbits and Space Charge Effects in an Azimuthly Varying Field (AVF) Cyclotron [R] . Kleeven, W. J. G. M. 1988

机译：方位角变换场（aVF）回旋加速器中的加速轨道和空间电荷效应理论

Four‐Sector Azimuthally Varying Field Cyclotron

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