Flat-Cone Neutron Diffractometer for Single-Crystal Measurements and Large Reciprocal-Space Mapping

The instrument was previously operated at HZB as E2. The diffractometer is designed for advanced investigations of the crystal structure of functional, magnetic, and quantum materials using neutron diffraction on single crystals. The instrument enables precise three-dimensional reciprocal-space mapping and the analysis of subtle structural and magnetic changes that are often inaccessible using conventional X-ray techniques.

The high sensitivity of neutrons to light elements and magnetic ordering makes it possible to study next-generation materials used in energy technologies, electronics, quantum technologies, and energy storage applications.

Key Capabilities

• Single-crystal neutron diffraction
• 3D reciprocal-space mapping
• Phase-transition analysis
• Investigation of magnetic ordering
• Measurements at low temperatures and high magnetic fields
• Studies of functional and quantum materials

Application Areas

• Science
  • Condensed matter physics
  • Quantum materials
  • Superconductors
  • Multiferroic materials
  • Magnetism
  • Neutron crystallography
• Industry and Technology
  • Materials for energy applications
  • Spintronic materials
  • Advanced functional materials
  • Hydrogen storage materials
  • Battery technologies

Example Experiments

• Determination of magnetic structures in materials
• Analysis of crystal lattice distortions
• Studies of materials as a function of temperature and magnetic field
• Mapping of diffuse scattering
• Analysis of atomic ordering