Follow on Linkedin
Neutron Scattering
Applications

Neutron Scattering

Neutron scattering has become an indispensable tool for probing the microscopic structure and dynamics over a broad range of length and time scales in quantum and magnetic materials.

By taking advantage of High Temperature Superconductors (HTS), HTS-110 has developed a range of superconducting magnet systems for neutron scattering which are used in worldwide neutron research facilities such as FRMII (Germany), ISIS (UK), ILL (France), NIST (USA) and ANSTO (Australia).

Key features

  • 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 or active shielding to minimize fringe fields
  • Rigid supports allow any field orientation
  • Asymmetric split-pair or Symmetric split-pair with passive shielding, with the possibility of tailoring the zero field node position for polarization analysis
  • Large room temperature apertures with no material in neutron beams to cause scattering background
  • Ability to be goniometer mounted for rotation
  • External zero-field nodes an option
Example 1: 3 T magnet for polarized neutron scattering

Example 1: 3 T magnet for polarized neutron scattering

Application:

  • Small angle neutron scattering (SANS)
  • Polarized neutron reflectometry (PNR)

Specifications:

  • Horizontal field up to 3.0 T
  • 80 mm pole gap
  • Sample volume: 25 mm DSV
  • Ø80 mm vertical RT bore for sample access
  • 4 X Ø60 mm horizontal RT bore
  • 32° horizontal opening angle
  • All zero-field nodes outside the magnet cryostat
  • Fringe field: < 1 Gauss (at 1 m) in radial direction, <10 Gauss (at 0.5 m) in axial direction
  • Weight: 340 kg
  • Dimensions: 471 x 504 x 998 mm
Example 2: 2.5 T magnet for neutron diffraction and reflectometry

Example 2: 2.5 T magnet for neutron diffraction and reflectometry

Application:

  • Neutron diffraction
  • Neutron reflectometry
  • Time of Flight (TOF) scattering
  • Polarized neutron scattering

Specifications:

  • Vertical and Horizontal fields up to 2.5 T
  • 80 mm pole gap
  • 4 X Ø80 mm RT bore
  • 150° horizontal scattering angle
  • ± 20° vertical angle of aperture
  • Operation in any orientation
  • Cool-down time: 22 hours
  • Weight: 186 kg
  • Dimensions: 596 X 363 X 794 mm

Get in touch

Question? Interested in a product? The HTS-110 team is here to help.
Enter your details below or see more contact methods.