- Cryogen-free with fast cool down
- Room temperature bore or cold bore which can be integrated with variable sample temperature inserts
- Higher operating temperatures allow faster ramping than conventional Low Temperature Superconducting (LTS) magnets
- Passive shielding to minimize fringe fields
- UHV compatibility
- Rigid supports allow any field orientation
- Large room temperature apertures with no material in x-ray beams to cause scattering background
- Ability to be goniometer mounted for rotation
Since formation in 2004, HTS-110 has developed a range of HTS magnets for magnetic x-ray experiments including high resolution diffraction, non-resonant magnetic scattering, resonant magnetic scattering, X-ray Magnetic Circular Dichroism (XMCD) spectroscopy and X-ray absorption spectroscopy and imaging, which are used worldwide in synchrotron research facilities such as BESSY (Germany), ALBA (Spain), NSLS-II (USA), APS (USA), Singapore Synchrotron Light Source (Singapore) and PAL (Korea).
Key features
Example 1: 5-6 tesla HTS beamline magnet
Application:
- X-ray resonant magnetic scattering
- High resolution diffraction
Specifications:
- Vertical and horizontal fields up to 6 tesla
- Ø40mm room temperature bore, compatible with sample cryostats
- Scattering angle up to 120°
- Goniometer mounted for 90 degree rotation
- Compact size and low mass allowing them to be fitted inside an Eulerian cradle
- Weight: 100 kg
Example 2: 2.5 tesla x-ray scattering magnet
Application:
- X-ray resonant magnetic scattering
- High resolution diffraction
Specifications:
- Vertical and horizontal fields up to 2.5 tesla
- Ø50mm room temperature bore, compatible with sample cryostats
- Horizontal room temperature aperture: 50 mm gap with a horizontal opening angle of 180° and a vertical opening angle of ±5°
- Dimensions (H x W x D): 703 x 509 x 395 mm
- Weight: 110 kg