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Neutron Investigations of the Structure and Dynamics
of Condensed Matter

• Neutron diffraction investigations of the structure and properties of new crystalline materials.
  
  
• Investigations of changes in the atomic and magnetic structures of crystals under the action of high external pressures.
  
  
• Neutron diffraction investigations of the texture, structure and properties of geological materials over a wide range of temperature and pressure.
  
  
• Investigations of internal stresses in voluminous industrial products, gradient, and composite materials.
  
  
• Theoretical investigations in the physics of crystals and thin films.
  
  
• Investigations of the structure and properties of multilayer structures, continuous magnetics, and superconductors by the methods of polarization spectrometry and standing neutron waves.
  
  
• Neutron reflectometry investigations of surfaces and thin film structures.
  
  
• Investigations of the composition and structure of near-surface layers using charged particle beams.
  
  
• Neutronography of biological macromolecules by small-angle neutron scattering.
  
  
• Small-angle neutron scattering investigations of the triple systems phospolipid/detergent/water and phospholipid/cryoprotector/water.
  
  
• Investigations of the structure and dynamics of biological and model membranes by neutron and X-ray scattering.
  
  
• Inelastic thermal neutron scattering investigations of the atomic and molecular dynamics of crystalline materials.
  
  
• Investigations of the structure and dynamics of amorphous materials, classical, and quantum liquids.
  
  
• Increasing of the solid angle of the detector system in the FSD diffractometer two times.

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