Research team
Expertise
My expertise lies in image analysis, image processing, real-time GPU data analysis, 3D rendering and surface and volume shading techniques, light transport simulations in different parts of the electromagnetic spectrum, designing camera fusion systems, simulating thermographic camera technology, optimizing vision in harsh weather conditions, ...
Characterization of high-spin transition metal compounds by means of sophisticated EPR-techniques at high microwave frequency.
Abstract
By means of high frequency (95GHz) EPR-techniques specific families of organo metallic compounds can be studied. These systems have a high groundstate spin and can behave as single molecule magnets. The key to such behaviour is the zero-field splitting of the energy levels (=splitting of the energy levels in the abscence of a magnetic field). These zero-field splittings can be precisely analyzed using high frequent EPR techniques.Researcher(s)
- Promoter: Goovaerts Etienne
- Fellow: ter Heerdt Peter
Research team(s)
Project type(s)
- Research Project
Characterization of high-spin transition metal compounds by means of sophisticated EPR-techniques at high microwave frequency.
Abstract
By means of high frequency (95GHz) EPR-techniques specific families of organo metallic compounds can be studied. These systems have a high groundstate spin and can behave as single molecule magnets. The key to such behaviour is the zero-field splitting of the energy levels (=splitting of the energy levels in the abscence of a magnetic field). These zero-field splittings can be precisely analyzed using high frequent EPR techniques.Researcher(s)
- Promoter: Goovaerts Etienne
- Fellow: ter Heerdt Peter
Research team(s)
Project type(s)
- Research Project