Abstract—

A system for rotating nonmonochromatic electron beams consisting of two identical magnetic mirrors, is described. The distribution of the magnetic field along the depth of the mirrors is formed in such a way that an increase in the magnetic field at the entrance to the mirror follows its decline according to a certain law. As a result, it is possible to compensate for the angular divergences of nonmonochromatic electron beams in the gaps of the mirrors and to obtain a beam with phase characteristics close to the initial ones after rotation. Calculations and experimental test data of such a device are given when the electron beam is rotated through 180°.

中文翻译：

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电磁镜转向非单色电子束

摘要-

描述了一种用于旋转由两个相同的磁镜组成的非单色电子束的系统。沿着镜的深度的磁场分布形成为使得镜的入口处的磁场的增加根据一定的规律跟随其下降。结果，可以补偿反射镜的间隙中的非单色电子束的角度发散，并且可以获得在旋转之后具有接近于初始电子束的相位特性的电子束。当电子束旋转180°时，将给出此类设备的计算和实验测试数据。