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Formation and stability of high intensive cooled ion beam in synchrotron at injection energy

机译:注入能量下同步加速器高强度冷却离子束的形成和稳定性

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The cooling stacking injection is one of widely used injection method applied for formation of a high intensive cooled ion beams in the synchrotrons. The maximal available ion intensity in the synchrotron at this injection is defined by the injection intensity, the ion lifetime and the cooling-stacking efficiency. The formation of the high intensive beams is restricted by their instability leading to strong ion lifetime reduction. The experimental investigations, simulations of the cooling-stacking injection and stability of the high intensive cooled ion beams are discussed.
机译:冷却堆叠注入是广泛用于在同步加速器中形成高强度冷却离子束的注入方法之一。注入时同步加速器中的最大可用离子强度由注入强度,离子寿命和冷却堆积效率定义。高强度束的形成受到其不稳定性的限制,从而导致离子寿命大大降低。讨论了实验研究,冷却堆注入的模拟以及高强度冷却离子束的稳定性。

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