Generalized scaling laws of the formation and effects of plasma-confining potentials for tandem-mirror operations in GAMMA 10.
Generalized scaling laws of the formation and effects of plasma-confining potentials for tandem-mirror operations in GAMMA 10.
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GAMMA 10 中串联镜操作的等离子体限制势的形成和影响的广义标度定律。
DOI：
10.1103/physrevlett.86.4310
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发表时间：
2001
影响因子：
8.6
通讯作者：
S. Miyoshi
中科院分区：
文献类型：
--
作者：
T. Cho;J. Kohagura;T. Numakura;M. Hirata;H. Hojo;M. Ichimura;K. Ishii;A. Itakura;I. Katanuma;Y. Nakashima;T. Saito;Y. Tatematsu;M. Yoshikawa;R. Minami;S. Nagashima;M. Yoshida;T. Tamano;K. Yatsu;S. Miyoshi
从1979年到2000年，伽玛10串联反射镜的主要操作，以具有kv级等离子体限制势的高势模式和产生10-20 keV体积离子温度的聚变中子的热离子模式为特征，总结和推广了形成的标度和势的影响。通过电子-能量平衡验证和巩固了科恩理论的势形成物理学的广泛有效性和广义帕斯图霍夫理论对热垒势对电子约束的影响的有效性。
The main operations from 1979 to 2000 in the GAMMA 10 tandem-mirror, characterized in terms of the high-potential mode having kV-order plasma-confining potentials and the hot-ion mode yielding fusion neutrons with 10-20 keV bulk-ion temperatures, are summarized and generalized as a result of scalings of the formation and the effects of the potentials. The wide validity of potential-formation physics from Cohen's theory and the validity of the generalized Pastukhov's theory for the effects of thermal-barrier potentials on electron confinement are verified and consolidated through electron-energy balance.