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给出了高电流密度条件下ULQ实验的结果。真空室壁经过碳化、硅化等处理得到高温度稳定约束的ULQ等离子体。同时观察到“发电机”效应导致环磁通长时间维持增长,反常电阻率和异常离子加热。在不同的充入气体[He+H_2+SiH_4和H_2]放电中,观察到类同位素效应。
The results of ULQ experiment under high current density are given. Vacuum chamber wall after carbonization, silicidation and other treatment to obtain a high temperature stability constraints ULQ plasma. It is also observed that the “generator” effect causes the toroidal flux to sustain growth for long periods of time, abnormal resistivity and abnormal ion heating. In different charge gases [He + H_2 + SiH_4 and H_2] discharges, isotope-like effects were observed.