东北质子治疗中心的新质子辐照设施

J. Sisterson, J. Flanz, J. E. Burns
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引用次数: 4

摘要

必须充分了解宇宙射线在空间和地球上产生的辐射环境,以保护人员和设备。需要具有良好特征的质子束的辐照设施,以便对设备设计进行测试和对潜在物理进行研究。哈佛回旋加速器实验室(HCL) 30多年来一直向“外部用户”提供高达160 MeV的质子束。东北质子治疗中心(NPTC)将继续HCL的工作,为外部用户提供设施。NPTC将提供高达230 MeV的连续质子束,电流高达300 nA(3)。NPTC的优点包括更高的质子束能量,连续束能力和快速的能量调节。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A new proton irradiation facility at the Northeast Proton Therapy Center
The radiation environment resulting from cosmic rays both in space and on Earth must be well understood to protect both people and equipment. There is a need for irradiation facilities with well characterized proton beams where equipment design can be tested and the underlying physics studied. The Harvard Cyclotron Laboratory (HCL) has delivered proton beams up to 160 MeV to 'outside users' for over 30 years. The Northeast Proton Therapy Center (NPTC) will continue the work of HCL providing facilities for outside users. NPTC will provide continuous proton beams up to 230 MeV with currents as high as 300 nA (3). The advantages of NPTC include, higher proton beam energy, continuous beam capability and fast energy adjustment.
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