print

College 5b

Magnetic structures

College Secretary: José Alberto Rodriguez Velamazan
Focus Group College Secretary:
Nina-Juliane Steinke
Mailing list: col05b_l@remove-this.ill.eu

College 5B studies the magnetic structure. The main instruments used for College 5B proposals are:

  • D3, Spin Polarised Hot Neutron Beam Facility
  • D9, Hot Neutron Four-Circle Diffractometer
  • D10, Four-Circle Diffractometer with Three-Axis Energy Analysis
  • D23,Thermal Neutron Two-Axis Diffractometer for Single Crystals
  • D7, Diffuse Scattering Spectrometer
  • IN22, Thermal Neutron Three-Axis Spectrometer with Polarization Analysis
  • D16, Small Momentum Transfer Diffractometer
  • D17, Neutron Reflectometer with Horizontal Scattering Geometry
  • D11, Small-Angle Neutron Scattering Instrument
  • D22, Large Dynamic Range Small-Angle Diffractometer
  • D33, Massive Dynamic q-range Small-Angle Diffractometer

If you want to come to the ILL and give a seminar, please apply to the college secretary.
A seminar can be scheduled at the ILL any time (best on Monday and Wednesday).
Travel and expenses for your stay may be reimbursed. Do not hesitate to suggest giving a seminar if you are coming for an experiment in Grenoble (ILL, ESRF, EMBL, CEA, CNRS, ...).

Powder diffraction

5-31 magnetic structure determination

  • magnetic phase diagrams

5-32 magnetic defects, short-range order or correlations

  • amorphous magnets
  • magnetic small-angle scattering

Single crystal diffraction

5-41 magnetic structure determination

  • magnetic phase diagrams
  • diffraction studies of magnetic films and multilayers

5-42 magnetic defects, short-range order or correlations

  • amorphous magnets
  • magnetic small-angle scattering (SANS)
  • Flux Line Lattice (FLL) diffraction, investigation of Vortex lattice
  • Polarised beam diffraction and polarisation analysis (neutron polarimetry)

5-51 magnetisation density (including related single-crystal structure refinement)

  • electronic form factors
  • magnetic structure
  • magnetic phase diagrams

5-52 nuclear polarisation

  • depolarisation studies

5-53 magnetic defects, short-range order or correlations

  • amorphous magnets

5-54 (Magnetic) films and surfaces, applied magnetism (neutron polarimetry)

List of subcommittee 5B members, pdf file (pdf - 5.90 Ki).