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Engineering analysis of JET operation

机译:喷射操作的工程分析

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Since 1994 the JET experiment has been operated with a divertor, with currents up to 6MA. Disruptions are generally accompanied by vertical plasma displacements giving rise to vertical forces at the torus. Vertical force swings up to 5MN were recorded at vessel supports. The forces are toroidally non-uniform, with peaking factors up to 1.8. Global sideways displacements of the torus, up to about 5 mm, were also recorded in a number of disruptions. They are interpreted as consequence of a large amplitude m=1, n=1 kink mode. Disruptions led to damage of some components inside and also outside the vessel, such as internal saddle coils, and beryllium evaporator heads.
机译:自1994年以来,喷射试验已与转型器一起运行,电流高达6mA。中断通常伴随着垂直等离子体位移,从而导致圆环的垂直力。在容器支架上记录高达5Mn的垂直力波动。该力是环形不均匀的,达到1.8的峰值因子。圆环的全球横向位移,高达约5毫米,也以一些中断记录。它们被解释为大幅度m = 1,n = 1 kink模式。中断导致内部和船舶内外的一些部件的损坏,例如内部鞍线圈和铍蒸发器头。

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