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    • 17. 发明申请
    • METHOD AND APPARATUS FOR STORING AN ENERGY-RICH ELECTRON BEAM IN A RACE-TRACK MICROTRON
    • 在轨道微波中存储能量大的电子束的方法和装置
    • WO1986002801A1
    • 1986-05-09
    • PCT/SE1984000366
    • 1984-10-30
    • INSTRUMENT AB SCANDITRONIX
    • INSTRUMENT AB SCANDITRONIXANDERBERG, BengtERIKSSON, Mikael
    • H05H13/10
    • H05H7/06H05H13/10
    • Method and apparatus in a race-track microtron for storing an energy-rich electron beam. There is a linear accelerator (1) between two bending magnets (6, 7) for accelerating electrons by passing them a repeated number of times through the linear accelerator. The electrons thereby move in orbits (3...8) with a race-track-like configuration and have successively larger orbits. A deflecting magnet (9') and a septum magnet (9'') are arranged in conjuction with the greatest orbit (8). The characteristic features of the invention is that the microtron has a storage ring (10) closed in itself, for accelerated electrons. The storage ring is situated outside the septum magnet (9'') and in the pole gap of each bending magnet (6, 7). A kicker magnet (16) is arranged in the storage ring (10).
    • 用于存储能量丰富的电子束的赛道微电子的方法和装置。 在两个弯曲磁体(6,7)之间存在一个用于加速电子的线性加速器(1),通过重复次数通过线性加速器。 因此电子以轨道状构造在轨道(3 ... 8)内移动并且具有相继较大的轨道。 偏转磁体(9')和隔膜磁体(9“)与最大轨道(8)结合设置。 本发明的特征在于,微电极本身具有封闭的存储环(10),用于加速电子。 存储环位于隔膜磁体(9“)的外侧和每个弯曲磁体(6,7)的磁极间隙中。 在储存环(10)中布置有踢击磁体(16)。