• High Power Laser and Particle Beams
  • Vol. 35, Issue 12, 124005 (2023)
Guangyuan Wang1、2, Lei Liu1、2、*, Renhong Liu1、2, Ling Kang1、2, Junsong Zhang1、2, Changjun Ning1、2, Jiebing Yu1、2, and Jiaxin Chen1、2
Author Affiliations
  • 1Institute of High Energy Physics, Chinese Academy of Sciences, Beijing 100049, China
  • 2Spallation Neutron Source Science Center, Dongguan 523803, China
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    DOI: 10.11884/HPLPB202335.230176 Cite this Article
    Guangyuan Wang, Lei Liu, Renhong Liu, Ling Kang, Junsong Zhang, Changjun Ning, Jiebing Yu, Jiaxin Chen. Structure design and optimization analysis of proton beam window in target station for CSNS-II[J]. High Power Laser and Particle Beams, 2023, 35(12): 124005 Copy Citation Text show less
    Installation position of proton beam window (PBW)
    Fig. 1. Installation position of proton beam window (PBW)
    Installation channel of PBW
    Fig. 2. Installation channel of PBW
    Structure of the PBW
    Fig. 3. Structure of the PBW
    Material composition of welding window
    Fig. 4. Material composition of welding window
    Two structures of CSNS PBW
    Fig. 5. Two structures of CSNS PBW
    Structural parameter distribution
    Fig. 6. Structural parameter distribution
    Single factor analysis of PBW double film structure
    Fig. 7. Single factor analysis of PBW double film structure
    Single factor analysis of convectional heat transfer coefficient
    Fig. 8. Single factor analysis of convectional heat transfer coefficient
    Convectional heat transfer coefficient vs flow rate at the entrance
    Fig. 9. Convectional heat transfer coefficient vs flow rate at the entrance
    Streamline diagram
    Fig. 10. Streamline diagram
    Convective heat transfer coefficient distribution diagram
    Fig. 11. Convective heat transfer coefficient distribution diagram
    Temperature distribution diagram of the PBW
    Fig. 12. Temperature distribution diagram of the PBW
    Stress distribution diagram of the PBW
    Fig. 13. Stress distribution diagram of the PBW
    Streamline diagram before volume reduction
    Fig. 14. Streamline diagram before volume reduction
    Streamline diagram after volume reduction
    Fig. 15. Streamline diagram after volume reduction
    DPA analysis results under different size
    Fig. 16. DPA analysis results under different size
    beam power/kWlost power/Wmaximum temperature/℃maximum stress/MPa
    10067.561.758.9
    170114.083.880.1
    200135.093.493.4
    240162.0106.1110.4
    300202.0125.0136.0
    500337.5195.1230.6
    Table 1. Power loss and thermal stress of PBWs under different beam power
    Guangyuan Wang, Lei Liu, Renhong Liu, Ling Kang, Junsong Zhang, Changjun Ning, Jiebing Yu, Jiaxin Chen. Structure design and optimization analysis of proton beam window in target station for CSNS-II[J]. High Power Laser and Particle Beams, 2023, 35(12): 124005
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