Abstract
Proton FLASH, which combines the advantages of a better spatial dose distribution of protons with the unique temporal effect of FLASH radiotherapy, is currently a hot topic of international research. In this study, a series of innovative methods are proposed to manipulate the beam with the longitudinal dynamics and to extract particles from the synchrotron, thus meeting the dose rate requirements for proton FLASH point scanning radiotherapy in a 1L volume in the target area.
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