[1] Li Jinhai. Principles key technologies of radio frequency accelerats f electron irradiation[M]. Shanghai: Shanghai Jiao Tong University Press, 2020
[2] Clel M R. Industrial applications of electron accelerats[R]. Zeegse, The herls: CERN Accelerat School, 2006: 383416.
[3] Amano Y. Atoms in industry: radiation technology suppts development[NOL]. Vienna: IAEA Bulletin, 2015. https:www.iaea.gpublicationsmagazinesbulletin563.
[4] Hamm R W. Review of industrial accelerats their applications[R]. APIA12, 2009.
[5] Shahzad A A, Patil B J, Pethe S N, et al. Design of electron beam bending magnet system for electron and photon therapy: a simulation approach[J]. Indian Journal of Pure & Applied Physics, 57, 492-497(2019).
[6] Akhter S, Bhaskar V N, Dhole S D. 270° electron beam bending system using two sect mags f therapy application[C]Proceeding of IBIC 2012. 2012: 5053.
[7] Yang Shaozhou, Yang Guang, Shen Qinxian, . The beam bend magnet system of medical electron accelerator[J]. Chinese Journal of medical Physics, 17, 129-131,133(2000).
[8] Liu Naiquan. Beam transport characteristics of the 270° doubly achromatic bending magnet[J]. Chinese Journal of Nuclear Science and Engineering, 3, 79-89(1983).
[9] Chen Wanzhong, Ji Dongze, Cheng Xige. Development of 270° beam deflection system[J]. Medical Equipment, 22, 46-48(2009).
[10] Li Quanfeng, Kong Chaocheng, Guo Bingqi, . Calculation of the beam loss in the 270° bending magnet system of the medical accelerator[J]. High Energy Physics and Nuclear Physics, 31, 787-791(2007).
[11] Chemerisov S D, Gromov R, Bailey J L, et al. Beamline design beam diagnostic f Mo99 production facility utilizing high power electron accelerats[R]. Argonne: Argonne National Lab, 2019.
[12] Shahzad A, Phatangare A B, Bharud V D, et al. Design and development of the 6-18 MeV electron beam system for medical and other applications[J]. Radiation Effects and Defects in Solids, 172, 931-951(2017).
[13] Brown K L, Turnbull W G. Achromatic magic beam deflection system: 3867635[P]. 19750218.
[14] Hutcheon R M, Heighway E A. A new compact doubly achromatic asymmetric two-magnet beam deflection system[J]. Nuclear Instruments and Methods in Physics Research, 187, 81-87(1981).
[15] Jongen Y, Abs M, Zaremba S, et al. Realignment of a diverging electron beam: a new beam delivery system f Rhodotrons[C]Proceedings of 1997 Particle Accelerat Conference. Vancouver: IEEE, 1997: 38573859.
[16] Li Quanfeng, Zhou Yun. Physical design of a 270° double achromatic bending magnet[J]. Atomic Energy Science and Technology, 29, 423-427(1995).
[17] Michael B. User’s Manual f elegant[EBOL]. Michael Bl: Advanced Photon Source, 2016. https:www3.aps.anl.govfumselegant.
[18] M B, Makino K. COSY INFINITY 9.1 programmer’s manual[EBOL]. East Lansing: Michigan State University, 2011. http:cosyinfinity.g.
[19] Wei Kaiyu. ged beam transpt they[M]. Beijing: Science Press, 1986
