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Betatron with magnetic biasing

机译:带电磁偏置的Betatron

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摘要

A betatron system with magnetic biasing in which the exciting winding is connected in series-opposition to a compensating winding is described. This system has been experimentally investigated with an electromagnet of a commercially produced MHБ-6 betatron. A new feed circuit was developed, making itpossible to adjust electrically an equilibrium orbit radius at the beginning and end of the acceleration cycle and to de-energize the compensating winding when the acceleration process is completed. The betatron with magnetic biasing was tested for the accelerated electron energy of 7.6 MeV at a radiation pulse repetition rate of 50 Hz. In this case, the bremsstrahlung dose rate was 1.3 cGylmin.
机译:描述了一种具有磁偏置的电子感应加速器系统,在该系统中,励磁绕组与补偿绕组串联相对。该系统已通过商业生产的MHБ-6电子加速器的电磁铁进行了实验研究。开发了一种新的馈电电路,使得有可能在加速周期的开始和结束时以电子方式调节平衡轨道半径,并在加速过程完成时使补偿绕组断电。测试了具有磁偏置的电子感应加速器在辐射脉冲重复频率为50 Hz时的7.6 MeV加速电子能量。在这种情况下,the致辐射剂量率为1.3 cGylmin。

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