SANS-1

SANS-1 is dedicated studying nanoscale length scales of 10 to 1000 Å, particularly adapted for the needs of materials research and magnetism. SANS-1 allows hosting a wide range of different sample environment including a bespoke dilatometer for in-situ rapid quenching/heating and stress analysis.

• Precipitates and segregation in alloys
• Rapid quenching/ heating and deformation of alloys
• Defects in materials, surfactants, colloids
• Ferromagnetic correlations in magnetism
• Magnetic domains & nanoparticles
• Polymers, proteins, biological membranes, viruses, ribosomes and macromolecules
• Superconducting vortex lattices
• Large emergent magnetic structures such as helical magnets and skyrmion lattices

• Standard sample changers with 22 positions, 11 positions for the magnet and 11 positions with thermostat (-10 +200°C)
• MLZ suite of high temperature furnaces up to 1900°C
• Deformation-rig with heating (100kN)
• Set of magnets (2.5 T and 5 T horizontal, 7.5 T vertical, 12 T vertical (TAS magnet))
• MLZ suite of cryostats including low-T inserts
• Dilatometer DIL 805 A/D/T Quenching Dilatometer [2]
• NB Nanoscale, D5 HF-Generator for magnetic hyperthermia [3]

[2] TA Instruments, DIL805A/D/T Quenching dilatometer
[3] NB Nanoscale, D5 HF-Generator for Magnetic Hyperthermia

• Mechanical velocity selectors with variable speed
  • Δλ/λ = 10 % – 20 % resolution
  • Δλ/λ = 6 % -16 % resolution
  • Wavelength range: 3.45 Å – 6 Å

• Two V-shaped polarisers

• 1 m, 2 m, 4 m, 8 m, 12 m, 16 m in steps via insertion of neutron guide sections.

• 0 – 35 mm diameter

• 0.01 Å^-1 < Q < 1 Å^-1

• Primary detector: 1 m² array of 128 ³He position sensitive tubes with 8 mm resolution. Lateral detector movement up to 0.5 m, rate capability 2 MHz.