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- High performance of super-insulation in cryogenic conditions (-271 °C, 2 K) (heat load not higher than 1.5 W)
- Precise assembly for straightness of acceleration particles and the cryogenic thermal insulation performance
- Quality control for the cleanliness of the superconducting acceleration cavity using the CLASS 10 clean room
- Cryogenic sealing for an ultrahigh vacuum (not higher than 1.0e-8 mbar)
- Cryogenic temperature control using Superfluid Helium
- Electron beam welding to eliminate impurities while bonding
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- Nuclear physics: New material discovery, particle physics research, etc.
- Biomedical: Medical accelerator, etc.
- Industrial applications: Semiconductor process, material structure analysis, microfabrication, sterilization/pasteurization, isotope production, etc.
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Superconducting acceleration cavity
RF Coupler
Tuner
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- Basic science research
- Semiconductor industry, ultra fine processing industry (metal/ceramic/glass processing, etc.)
- Medical equipment industry
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