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Integrated Research on Physical-Chemical Processes in High Heat Flux Plasmas

高热通量等离子体物理化学过程综合研究

基本信息

批准号：
07308039
负责人：
TAKAMURA Shuichi
金额：
$ 4.42万
依托单位：
Nagoya University
依托单位国家：
日本
项目类别：
Grant-in-Aid for Scientific Research (A)
财政年份：
1995
资助国家：
日本
起止时间：
1995 至 1996
项目状态：
已结题

来源：
https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-07308039/
关键词：
high heat flux plasma nuclear fusion magnetic diverter plasma-gas interactions ITER recombination PLTE high Rydberg atoms プラズマ熱流

项目摘要

[1] Fundamental experimental work on plasma detachment using TPD-I device.Demonstration of density threshold for plasma detachment in divertor plasma simulator.[2] Research on plasma recombination effects on plasma detachment.Demonstration of plasma recombination in detached plasmas. Continuum and high n spectral intensities show a very cold plasma with the temperature of 0.2-0.3eV in partially local thermodynamic equilibrium. Observation of interesting phenomena associated with molecular activated recombination and the effect of heat pulse.[3] Activities as members of ITER Diverter Expert Group.1) Domestic activity investigation of theory and simulation on edge plasma physics.2) Introduction of activities of ITER Diverter Expert Group on the scientific journal in Japan.[4] Publication of introduction to Detached Plasmas.[5] Activities as a member of International Workshop on Plasma Edge Theory.[6] Collaboration with Massachusetts Institute of Technology on plasma recombination in detached plasma. Structural formation and molecular activated plasma recombinations was deeply discussed with Dr.Krasheninnikov. Comparisons with the experiments in NAGDIS-II have been progressing with the aid of theory group of plasma Fusion Center in MIT.[7] Organization of meeting on "plasma-gas interactions"1) 1,2 November, 1995 at Kashikojima with the attendance of 35 scientists and students.2) 5,6 December, 1996 at Nagoya with the attendance of 30 scientists and students.

TPD-I装置等离子体分离的基础实验工作。导流器等离子体模拟器中等离子体分离的密度阈值论证[j]等离子体复合对等离子体脱离的影响研究。分离等离子体中等离子体重组的演示。连续谱和高n谱强度表明等离子体温度为0.2 ~ 0.3 ev，处于局部热力学平衡状态。与分子活化重组和热脉冲效应有关的有趣现象的观察[j]1)国内边缘等离子体物理理论与模拟研究。2) ITER导流器专家组在日本科学期刊上的活动介绍[j]分离等离子体导论出版[j]作为等离子体边缘理论国际研讨会成员的活动。b[6]与麻省理工学院合作研究分离等离子体中的等离子体重组。与krasheninnikov博士深入讨论了结构形成和分子活化等离子体重组。在麻省理工学院等离子体聚变中心理论小组的帮助下，与NAGDIS-II的实验进行了比较1995年11月1日至2日在柏岛组织关于“等离子体-气体相互作用”的会议，有35名科学家和学生出席。2) 1996年12月5日和6日，在名古屋，有30名科学家和学生出席。