Particle accelerators are the key facilities for high energy physics experiments and multi-disciplinary research. They are also a high technology with strategic significance that have relevance in the fields of the national economy and public health.
During the R&D process of BEPC and BEPCII, IHEP had successfully developed an electron accelerator with high luminosity and also developed the relevant key technologies for accelerator physics, such as microwave, vacuum, magnet, power source, superconducting and controlling technologies, etc.
IHEP is responsible for the RFQ R&D for the CSNS Project. A series of R&D projects on the key technologies was carried out and the first high-power and high-intensity proton machine (RFQ) was successfully developed in China.
The Accelerator-driven Sub-critical System (ADS), a high-power and high-intensity proton machine is being developed.
By actively following the trend of development of key accelerator technologies, IHEP has conducted R&D of superconducting technology, high-quality injectors and undulators, and built the largest domestic SRF laboratory. Together with the BEPCII cytostatic system this constitutes a comprehensive platform for superconducting technology research.
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| Module 1 of the ADS RFQ | ADS superconducting spoke012 cavities | BESIII |
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| 324MHz DTL Prototype for CSNS LINAC | CSNS RCS quadrupole magnet prototype | The prototype of CSNS H-ion source was developed in collaboration with ISIS, RAL. |
