Education:
Faculty of Nuclear Sciences and Physical Engineering, Czech technical university in Prague, Czech Republic
Affiliation:
• Institute of Physics of the Czech Academy of Sciences, Czech Republic
• Faculty of Biomedical Engineering, Czech Technical University in Prague, Czech Republic
Research activities and Specialization:
• Preparation of biocompatible doped thin layers.
• Preparation of bioactive thin films.
• Preparation of ferroelectric and ferromagnetic thin films.
• Preparation of thin layers of thermal skutterudites for thermoelectric applications.
• Hybrid deposition systems PLD (PLD combination with other additional discharge, magnetron sputtering or ion bombardment) for preparing suitable films, multilayers and graded layers.
• Preparation of thin hydroxyapatite layers to cover dental implants.
• Preparation of DLC thin films for coverage of vascular and articular implants.
• Preparation of thin films for planar optical lasers.
• Preparation of thin films for gas detectors.
• Homogeneous coverage of large areas using PLD.
• Preparation of organic films by MAPLE.
• Preparation of nanoparticles using the excimer laser.
Education:
Faculty of Nuclear Sciences and Physical Engineering, Czech technical university in Prague, Czech Republic
Affiliation:
• Institute of Physics of the Czech Academy of Sciences, Czech Republic
• Faculty of Biomedical Engineering, Czech Technical University in Prague, Czech Republic
Research activities and Specialization:
• Preparation of biocompatible doped thin layers.
• Preparation of bioactive thin films.
• Preparation of ferroelectric and ferromagnetic thin films.
• Preparation of thin layers of thermal skutterudites for thermoelectric applications.
• Hybrid deposition systems PLD (PLD combination with other additional discharge, magnetron sputtering or ion bombardment) for preparing suitable films, multilayers and graded layers.
• Preparation of thin hydroxyapatite layers to cover dental implants.
• Preparation of DLC thin films for coverage of vascular and articular implants.
• Preparation of thin films for planar optical lasers.
• Preparation of thin films for gas detectors.
• Homogeneous coverage of large areas using PLD.
• Preparation of organic films by MAPLE.
• Preparation of nanoparticles using the excimer laser.