Development of Gompact Toroid Injector for Large Helical Device and New Goncept of Burning Compact Toroid
Development of Gompact Toroid Injector for Large Helical Device and New Goncept of Burning Compact Toroid
复制标题
大型螺旋装置Gompact环形喷射器的研制及燃烧紧凑环形的新概念
DOI：
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发表时间：
2000
期刊：
影响因子：
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通讯作者：
Uyama Tadaor
中科院分区：
文献类型：
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作者：
Miyazawa Junichi;Yamada Hiroshi;Yasui Kouji;Kato Shinichi;Fukumoto Naoyukir;Nagata Masayoshir;Uyama Tadaor
名为SPICA mk. I（使用锥形加速器的球马克注入器）的紧凑环面注入器已被研制出来，并于1999年3月成功组装。用于形成紧凑环面的40千焦主电源将于2000年3月安装。模拟结果表明，在单级运行中，利用该电源组可实现7千焦的紧凑环面动能。由于紧凑环面的密度比大型螺旋装置（LHD）等离子体的密度大一百多倍，快离子可与这种高密度的等离子体团有效地相互作用。文中还给出了关于这种燃烧的紧凑环面概念的研究结果。
Compact Toroid Injector named SPICA mk. I (SPheromak Injector using Conical Accelerator) has been developed and successfully assembled on March 1999. Main power source of 40 kJ for CT formation will be installed on March 2000. Simulation result shows that CT kinetic energy of 7 kJ is achievable with this bank in one-stage operation. As CT density is more than a hundred times larger than that of LHD plasmas, fast ions can effectively react with this dense plasmoid. Investigation result on this burning CT concept is also given.