分类： 核科学技术 >> 粒子加速器 提交时间： 2023-06-18 合作期刊: 《Nuclear Science and Techniques》
摘要： High brightness -rays produced by laser Compton scattering (LCS) are ideal probes for the study of nucleon and nuclear structure. We propose such a -ray source using the backscattering of a laser from the bright electron beam produced by the linac of the Shanghai Soft X-ray Free-electron Laser (SXFEL) test facility at the Shanghai Institute of Applied Physics (SINAP). The performance is optimized through theoretical analysis and benchmarked with 4D Monte-Carlo simulations. The peak brightness of the source is expected to be larger than 21022 photons/(mm2 mrad2 s 0.1%BW) and photon energy ranges from 3.7 MeV to 38.9 MeV. Its performance, compared to Extreme Light Infrastructure-Nuclear Physics (ELI-NP), and the Shanghai Laser-Electron Gamma-ray Source (SLEGS), is given. The potential for basic and applied research is also briefly outlined.
提交时间： 2017-05-02
Ren, WZ [Ren, Wenzhi][ 1,2 ]
Yan, Y [Yan, Yong][ 3,4 ]
Zeng, LY [Zeng, Leyong][ 1,2 ]
Shi, ZZ [Shi, Zhenzhi][ 1,2 ]
Gong, A [Gong, An][ 1,2 ]
Schaaf, P [Schaaf, Peter][ 3,4 ]
Wang, D [Wang, Dong][ 3,4 ]
Zhao, JS [Zhao, Jinshun][ 5 ]
Zou, BB [Zou, Baobo][ 5 ]
Yu, HS [Yu, Hongsheng][ 6 ]
Chen, G [Chen, Ge][ 7 ]
Brown, EMB [Brown, Eric Michael Bratsolias][ 8 ]
Wu, AG [Wu, Aiguo][ 1,2 ]
摘要： White TiO2 nanoparticles [NPs] have been widely used for cancer photodynamic therapy based on their ultraviolet light-triggered properties. To date, biomedical applications using white TiO2 NPs have been limited, since ultraviolet light is a well-known mu
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