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Fueling efficiency of gas puffing on large helical device

机译:大型螺旋装置上的气体抽吸的加油效率

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Fueling efficiency of gas puffing has been estimated for the net current free plasmas heated by the neutral beam injection in LHD. The particle balance has been analyzed in the latter phase of the density ramp up discharges. The increase rate of the plasma density is correlated to the particle flux of gas puffing alone and not to the other parameters such as the recycling flux, at that phase. The fueling efficiency of 12% has been obtained with this method. The fueling efficiency obtained by this method is insensitive to the heating power or the existence of the magnetic island. (C) 2003 Elsevier Science B.V. All rights reserved. [References: 14]
机译:对于在LHD中由中性束注入加热的净电流自由等离子体,已经估计了气体抽吸的燃料效率。在密度上升放电的后期分析了颗粒平衡。在该阶段,等离子体密度的增加速率仅与气体吹气的颗粒通量相关,而不与其他参数(例如循环通量)相关。用这种方法获得了12%的加油效率。通过这种方法获得的加油效率对加热功率或磁岛的存在不敏感。 (C)2003 Elsevier Science B.V.保留所有权利。 [参考:14]

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