这些实验结果分属于：平衡稳定等离子体的获得，等离子体形成阶段的特性，杂质和等离子体壁相互作用等几个主要方面。
They are related to the following aspects of tokamak plasma: conditions for stable tokamak discharge, stages of toroidal discharge formation, impurity behaviour and plasma-wall interactions, etc.
他说这种粒子控制技术能够用于产生等离子体流，从而核聚变发电技术稳定化，实用化。
This particle puppeteering, he says, could be useful in generating plasma currents to stabilize fusion power-generation technologies.
结果表明，两块放在等离子体上下的导体块有很强的稳定作用；
The result shows that two unclosed shells arranged above and below the plasma have a very strong stabilizing effect.
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