New developments of HIF injector

作者：Lu, Liang^*; Ma, Wei; Li, Chenxing; He, Tao; Yang, Lei; Sun, Liepeng; Xu, Xianbo; Wang, Wenbing; Shi, Longbo

来源：Matter and Radiation at Extremes, 2018, 3(1): 50-59.

DOI：10.1016/j.mre.2017.09.003

• Heavy-ion inertial fusion (HIF)
• Radio frequency quadrupole (RFQ)
• IH cavity
• Heavy-ion
• Multi-beam accelerator

The ultra-high intensity heavy-ion beam is highly pursued for heavy-ion researches and applications. However, it is limited by heavy-ion production of ion source and space-charge-effect in the low energy region. The Heavy-ion Inertial Fusion (HIF) facilities were proposed in 1970s. The HIF injectors have large cavity number and long total length, e.g., there are 27 injectors in HIDIF and HIBLIC is 30 km in length, and the corresponding HIF facilities are too large and too expensive to be constructed. Recently, ion acceleration technologies have been developing rapidly, especially in the low energy region, where the acceleration of high intensity heavy-ions is realized. Meanwhile, superconducting (SC) acceleration matures and increases the acceleration gradient in medium and high energy regions. The length of HIF injectors can be shortened to a buildable length of 2.5 km. This paper will present a review of a renewed HIF injector, which adopts multi-beam linacbased cavities.

• 出版日期2018-1
• 单位中国科学院近代物理研究所; 中国科学院大学