Research programme
- Processes and mechanisms of the electron spin relaxation of radicals and paramagnetic ions in dielectric crystals studied by electron spin echo spectroscopy.
- Molecular dynamics in crystals, polymers, glasses, amorphous solids, biological and catalytic systems.
- Molecular mechanisms of the phase transitions.
- Vibronic dynamic effects in EPR spectra and electron spin relaxation.
- EPR dating of geological and archeological materials.
- Magnetic and spin properties of crystals with mixed-valence iron ions (high spin-low spin transitions).
- Dynamics of spin states of Ni3+in ceramics of layered perovskites.
- Weak long-distance transmission of superexchange interaction between paramagnetic centres.
- Electronic structure and local dynamics of copper(II) complexes in single crystals.
- Two-dimensional electron paramagnetic spectrosopy.
Main instruments
- Pulsed EPR spectrometer BRUKER ESP380E FT/CW (9.8 GHz, 4-300 K,
Oxford CF935 flowing helium cryostat) - CW-EPR spectrometer RADIOPAN SE/X-2547 (9.4 GHz, 4-300 K,
Oxford ESR900 flowing helium cryostat)
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