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Weilong Chen (Institute of Modern Physics, Chinese Academy of Sciences)10/22/25, 2:30 PMWGB:Beam Dynamics in LinacsContributed Oral Presentation
The High Intensity Heavy-ion Accelerator Facility (HIAF) will be one of the world’s leading heavy-ion accelerators in the near future that enables to explore the unknown territories in nuclear chart, atomic physics research in experiments and heavy-ion applications. This facility is composed of a fully superconducting linear accelerator iLINAC, a fast-cycling synchrotron BRing, and six...
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Seok Ho Moon (Korea Multi-purpose Accelerator Complex)10/22/25, 2:50 PMWGB:Beam Dynamics in LinacsContributed Oral Presentation
Since 2013, the Korea Multi-purpose Accelerator Complex (KOMAC) has been operating a 100 MeV linear proton accelerator. Designed from its inception with the long-term vision of upgrading to a high-power spallation neutron source, KOMAC's proton accelerator aims to achieve a final energy of 1 GeV. As an intermediate milestone toward this goal, a 200 MeV energy upgrade is currently being...
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Yanliang Han (Institute of High Energy Physics)10/22/25, 3:10 PMWGB:Beam Dynamics in LinacsContributed Oral Presentation
Commissioning of the China Spallation Neutron Source (CSNS) began in 2018, achieving a neutron production beam power of 100 kW. An upgrade program CSNS-II launched in 2024 aims to reach 500 kW within the next few years. Throughout these developments, several multidisciplinary application facilities have been deployed or are planned for deployment: Associated Proton Beam Experiment Platform,...
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