MOXAB101
IMP, Lanzhou, People's Republic of China
WEOBB103
IMP, Lanzhou, People's Republic of China
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MOXAB101 |
ADS Programme and Key Technology R&D in China | |
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| Along with the rapid development of nuclear power plants in China, treatment of the nuclear waste has become a crucial issue. The roadmap of the nuclear transmutation with accelerator driven subcritical system (ADS) towards its demo in 2032 is set up in China. This presentation should first review world-wide ADS development, status and challenge, and then focus on the Chinese ADS program, roadmap and key technology R&D. | ||
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Slides MOXAB101 [17.461 MB] | |
WEOBB103 |
High Intensity Heavy Ion Accelerator Facility (HIAF) in China | |
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| HIAF ( High Intensity heavy ion Accelerator Facility ) is a new facility planned at China for heavy ion related research. The accelerator complex of this facility consists of a high current superconducting linac (S-Linac), a 45 Tm multifunction synchrotron (ABR-45) equipped with electron cooling for beam accumulation and acceleration and a high energy storage ring system with three storage rings CSR-45, MCR45-1, MCR45-2. The beam from ABR-45 can be stacked longitudinally to high intensity in CSR45. MCR45-1 and MCR45-2 provied two interaction points for Ion-Ion Merging and Electron-Ion Collision researches. The key features of the facility are unprecedented pulse beam intensities and versatile operation mode. The facility will provide intense beams of primary and rare isotopes relativistic heavy ions for a wide range of experiments in particle, nuclear and atomic physics. High energetic and highly bunched heavy ion beams are used to interact with dense plasma to probe the physics of nuclear fusion. Highly charged ions are used for atomic physics programs and a series of applied science. | ||
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Slides WEOBB103 [9.197 MB] | |