从电射流到ITER:印度实验等离子体物理学之旅

P. I. John
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引用次数: 0

摘要

印度在等离子体物理及其各种应用领域拥有国际影响力,如热核融合、材料加工、战略和环境应用以及等离子体设备。从20世纪70年代早期的一个不起眼的开端,我们已经在实验等离子体物理学领域取得了巨大的进步。在等离子体生产、操作和参数控制、脉冲功率、复杂几何磁场的创建、清洁真空和泵送系统、诊断技术的开发和部署以了解等离子体的基本过程和计算机模拟以模拟等离子体现象等相关技术方面的能力建设确实非常显著。与此同时,一个由物理学家、工程师和计算机专家组成的社区也在成长和成熟。通过吸引大学和教育机构来广泛开展研究和发展活动所必需的筹资机制和财政支助已经形成核心。正是通过这些活动,人力资源和技术发展对维持印度在磁约束聚变和工业和战略等离子体应用方面的雄心壮志至关重要。这篇论文试图从历史的角度来看待这段旅程,它始于艾哈迈达巴德的物理研究实验室,后来涉及甘地纳加尔的等离子体研究所,许多DAE机构,印度理工学院和大学。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
From Electrojet to ITER: India's Journey in Experimental Plasma Physics
India has an international presence in Plasma Physics and its diverse applications such as thermonuclear fusion, material processing, strategic and environmental applications and plasma devices. From a modest start in the early 1970s, we have made great strides in the field of experimental plasma physics. Capacity building in techniques relevant to plasma production, manipulation and parameter control, pulsed power, creation of magnetic fields of complex geometries, clean vacuum and pumping systems, development and deployment of diagnostics to enable understanding of fundamental processes in plasmas and computer simulation to model plasma phenomena have been truly remarkable. Parallel to this, a community of physicists, engineers and computer experts has grown and matured. Funding mechanisms and financial support essential to broad base the research and development activity by drawing in Universities and education institutes have been nucleated. It is through these activities that the human resource and technology development essential to sustain India's ambitious forays into magnetic confinement fusion and industrial and strategic plasma applications has taken place. This paper is an attempt to give a historical perspective to this journey, which started at the Physical Research Laboratory, Ahmedabad and later, involved the Institute for Plasma Research at Gandhinagar, many DAE Institutions, IITs and Universities.
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