Extended Consolidation of Scaling Laws of Plasma Potential Confinement and Potential Formation

继里昂国际原子能机构会议之后，在热离子模式下，离子限制电位高度（φ_c）的形成取得了两方面的进展。势形成的进展导致在GAMMA 10中首次发现径向产生的剪切电场dEr/dr对抑制相干漂移波和湍流波动的显著影响。此外，势形成的进展与我们提出的势形成的物理尺度的扩展是一致的，覆盖了代表性的串联镜像操作模式，其特征在于(a)具有kv级等离子体限制势的高势模式和(b)产生10-20 keV体积离子温度（T_i）的聚变中子的热离子模式。

Following the Lyon IAEA Conference, a factor of two progress In the formation of ion-confining potential height (φ_c) is achieved in the hot-ion mode. The advance in the potential formation leads to a finding of remarkable effects of radially produced shear of electric fields dEr/dr on the suppression of not only coherent drift waves but turbulence-like fluctuations for the first time in GAMMA 10. Also, the progress in the potential formation is made in line with the extension of our proposed physics scaling of potential formation covering over representative tandem-mirror operational modes, characterized in terms of (a) a high-potential mode having kV-order plasma-confining potentials and (b) a hot-ion mode yielding fusion neutrons with 10-20 keV bulk-ion temperatures (T_i)