APPROACH TO IGNITION IN THE IGNITOR EXPERIMENT

A. AIROLDI; G. CENACCHI

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APPROACH TO IGNITION IN THE IGNITOR EXPERIMENT

机译：点火器实验中的点火方法

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The scientific objectives of the Ignitor experiment can be achieved owing to the high magnetic field and plasma current planned. The physics projections are here supported by an analysis, carried out by the free boundary 11/2-D code JETTO, of the plasma evolution during the current ramp- up and flat-top phases. The most advanced operating scenario that is envisaged for the machine is considered, while taking the technological constraints of the project into account. The plasma shape and position are checked to agree with the reference magnetic configurations. The density values are always much lower than the Greenwald limit, and the avoidance of disruption boundaries in the (l_i, q_ψ) diagram is assured.

机译：由于计划了高磁场和等离子流，因此可以实现点火器实验的科学目标。这里的物理预测得到了由自由边界11 / 2-D代码JETTO进行的分析的支持，该分析是在电流加速阶段和平顶阶段期间的等离子体演化的。在考虑了项目的技术约束的同时，考虑了为机器设计的最先进的操作方案。检查等离子体的形状和位置，使其与参考磁性配置一致。密度值始终远低于格林瓦尔德极限，并且可以避免（l_i，q_ψ）图中的破坏边界。

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《Nuclear fusion》 |1997年第8期|p.1117-1127|共11页
作者
A. AIROLDI; G. CENACCHI;
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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);美国《生物学医学文摘》(MEDLINE);
原文格式 PDF
正文语种 eng
中图分类原子核物理学、高能物理学;
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7. Ignition and Burning Processes by an Unsteady Flame Jet in a Constant Volume Prechamber Combustor. Considerations of Ignitability and Combustion Acceleration Effect of the Flame Jet Based on Analytical Approach to Thermal and Fluid Dynamic Properties. [O] . Yojiro ISHINO, Hiromitsu SEO, Shigeki YAMAGUCHI, 2000

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8. Feasibility Study of a Compact Ignition Fusion Experiment (IGNITOR). Work Performed in the Frame of the Collaboration Between the C.E.C. Joint Research Centre and the C.N.E.N [R] . Biggio, M., Coppi, B., Farfaletti-Casali, F., 1982

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APPROACH TO IGNITION IN THE IGNITOR EXPERIMENT

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