Cryostats with magnets (cryomagnetic sample environment)

Cryostats with magnets are part of the sample environment enabling neutron experiments under controlled low-temperature conditions and in the presence of strong magnetic fields (up to several tesla). The combination of cryogenics and magnetic fields allows studies of magnetic materials, superconductors, and quantum phenomena in systems with strong electron–electron interactions.

A vertical field magnet is a system enabling neutron experiments in a magnetic field oriented perpendicular to the sample plane under cryogenic conditions.

Capabilities

• generation of high magnetic fields
• vertical and horizontal magnet configurations
• integration with low-temperature cryostats
• studies of magnetism and spintronics
• operation under cryogenic conditions
• integration with neutron instrumentation

Applications:

• phase transition studies
• superconductivity
• magnetic and quantum materials
• magnetic-field-induced phase transitions
• analysis of antiferromagnetic structures
• experiments on superconductors
• measurements under extreme conditions
• studies of quantum materials at low temperatures

Research areas

• magnetism
• superconductivity
• quantum materials
• spintronics
• strongly correlated electron systems