| 摘要 |
An accelerator capable of accelerating all-species ions to an arbitrary energy level on the same accelerator. An all-species ion accelerator which uses the generating timing and applying time of an induction voltage applied, by a confining and accelerating induction acceleration cell used in an induction acceleration synchrotron, to an ion beam injected by a front-end accelerator to generate a confining and accelerating gate signal pattern by a confining and accelerating digital signal processor and a confining and accelerating pattern generator based on an ion beam passing signal, a position signal and an induction voltage signal used to recognized an induction voltage value applied to an ion beam, and feedback-controls the one/off of the confining and accelerating induction acceleration cell by a confining and accelerating intelligent control device.
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