首页> 外文会议>Joint workshop on electron cyclotron emission and electron cyclotron heating >CHARACTERISTIC FEATURES OF THE BEHAVIOR OF ECRH-PRODUCED MODERATE- AND LOW-DENSITY PLASMAS IN THE L-2M STELLARATOR
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CHARACTERISTIC FEATURES OF THE BEHAVIOR OF ECRH-PRODUCED MODERATE- AND LOW-DENSITY PLASMAS IN THE L-2M STELLARATOR

机译:L-2M螺筋管中ECRH产生的中等和低密度等离子体行为的特征特征

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Results are presented from experimental studies of the behavior of plasmas with moderate (n_e≤ 3 x 10~(19) m~(-3)) down to low (n_e = 0.3 x 10~(19) m~(-3)) densities produced and heated by microwaves (f= 75 GHz) with power P≤ 400 kW It is shown that, as the plasma density is reduced, the plasma emission spectrum is modified. In spite of the fact that the second harmonic emission from the plasma increases in this case, the plasma energy measured by the diamagnetic diagnostics does not increase. This casts doubts on the correctness of ECE measurements of the plasma temperature under these conditions. The formation of an internal transport barrier was not observed in the available magnetic-field structure of L-2M.
机译:结果提出了对等离子体的行为的实验研究,中等(N_E≤3×10〜(19)M〜(-3))下降到低(N_E = 0.3×10〜(19)m〜(-3))通过微波(F = 75GHz)产生和加热的密度P≤400kW显示,随着等离子体密度减小,改变等离子体发射光谱。尽管在这种情况下,来自等离子体的第二次谐波发射增加,通过抗磁诊断测量的等离子体能量不会增加。在这些条件下,这促进了对等离子体温度的ECE测量的正确性。在L-2M的可用磁场结构中未观察到内部传输屏障的形成。

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