Study of H? Production in DC H? Source of Medical Cyclotron

Haruhiko ETOH; Moriaki ONAI; Yasushi AOKI; Hitoshi MITSUBORI; Yoshihiko ARAKAWA; Junji SAKURABA; Takanori KATO; Toshinori MITSUMOTO; Satoru YAJIMA; Takanori SHIBATA; Akiyoshi HATAYAMA; Yoshikazu OKUMURA

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Study of H? Production in DC H? Source of Medical Cyclotron

机译：研究H？用DC H生产吗？医用回旋加速器的来源

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A filament driven multi-cusp negative hydrogen ion source has been developed for proton cyclotrons. In order to increase the H? beam current, the dependences of H? beam current on various design/operating parameters has been studied experimentally and numerically. In this paper, the effects of arc-discharge voltage and current on H? production via the volume production process are investigated by three-dimensional kinetic modeling of electrons in the source plasma and zero-dimensional rate equations. This numerical analysis reproduces the experimental results of H? beam current dependence on the arc-discharge condition, and also gives reasonable explanations for their characteristics.

机译：灯丝驱动的多尖端负氢离子源已经为质子回旋加速器开发。为了增加H ？束电流，已经对H ？束电流对各种设计/工作参数的依赖性进行了实验和数值研究。本文通过源等离子体中电子的三维动力学建模和零维速率方程，研究了电弧放电电压和电流对通过量产过程产生H ？的影响。该数值分析再现了H ？束电流与电弧放电条件的关系的实验结果，并对它们的特性给出了合理的解释。

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《Plasma and Fusion Research》 |2016年第3期|共1页
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Haruhiko ETOH; Moriaki ONAI; Yasushi AOKI; Hitoshi MITSUBORI; Yoshihiko ARAKAWA; Junji SAKURABA; Takanori KATO; Toshinori MITSUMOTO; Satoru YAJIMA; Takanori SHIBATA; Akiyoshi HATAYAMA; Yoshikazu OKUMURA;
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中图分类等离子体物理学;
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1. Study of H? Production in DC H? Source of Medical Cyclotron [J] . Haruhiko ETOH, Moriaki ONAI, Yasushi AOKI, Plasma and Fusion Research . 2016,第4期

机译：研究H？用DC H生产吗？医用回旋加速器的来源
2. Production of Intense Ion Beams of Boron and Iron Using the MIVOC Method from ECR Ion Source on the DC-60 Cyclotron [J] . V. N. Loginov, S. L. Bogomolov, A. E. Bondarchenko, Physics of particles and nuclei letters . 2018,第6期

机译：使用MIVOC方法在DC-60回旋加速器上使用MIVOC方法生产硼和铁的强度离子束
3. Source term calculation and validation for F-18-production with a cyclotron for medical applications at HZDR [J] . Konheiser J., Mueller S. E., Magin A., Journal of radiological protection: Official journal of the Society for Radiological Protection . 2019,第3期

机译：用于HZDR医疗应用的F-18生产的源代码计算和验证
4. DEVELOPMENT OF CODE FOR SIMULATION OF ACCELERATION OF IONS FROM INTERNAL SOURCE TO END OF EXTRACTION SYSTEM IN CYCLOTRONS AND PRELIMINARY DESIGN STUDY OF 8-MeV CYCLOTRON FOR PRODUCTION OF RADIOISOTOPES [C] . S. Kostromin European Particle Accelerator Conference . 2006

机译：开发用于仿真从内源从内部源加速度到萃取系统结束时的初步设计及8MeV回旋加速器生产放射性机电图的初步设计研究
5. Feasibility Study of Medical Radioactive Isotope Production and Separation Study Using an Accelerator Source and Ion-Exchange Method [D] . Noel, Jacqueline 2018

机译：医用放射性同位素生产的可行性研究及加速剂源和离子交换法分离研究
6. Multi-curie production of gallium-68 on a biomedical cyclotron and automated radiolabelling of PSMA-11 and DOTATATE [O] . Helge Thisgaard, Joel Kumlin, Niels Langkjær, 2021

机译：镓-68的多居里生产在生物医学回旋加速器和Psma-11的自动放射性标记和致乳液
7. Study of H− Production in DC H− Source of Medical Cyclotron [O] . Haruhiko ETOH, Moriaki ONAI, Yasushi AOKI, 2016

机译：H ^{- 生产在DC H ^{- 医用回旋源的研究}}

Study of H? Production in DC H? Source of Medical Cyclotron

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