Thesis
Available
- Synthesis and analysis of oxide coatings for dielectric applications
Student: zatím žádný / none yet
Supervisor: Richard Gaetan Paul Drevet
Bachelor thesis - Investigating the dynamics of sputtered particles from an alloy target in HiPIMS discharge
Student: zatím žádný / none yet
Supervisor: Jaroslav Hnilica
Bachelor thesis - Determination of the ionization fraction of sputtered particles from different targets in HiPIMS discharge
Student: zatím žádný / none yet
Supervisor: Jaroslav Hnilica
Bachelor thesis - Time-resolved plasma diagnostics of short HiPIMS pulses
Student: zatím žádný / none yet
Supervisor: Jaroslav Hnilica
Bachelor thesis - Study of magnetron sputtering induced by high power pulse packages
Student: zatím žádný / none yet
Supervisor: Jaroslav Hnilica
Bachelor thesis - Ionisation study of two-metal alloy target deposition during HiPIMS
Student: zatím žádný / none yet
Supervisor: Peter Klein
Bachelor thesis - Time-resolved study of HiPIMS discharge using RFEA
Student: zatím žádný / none yet
Supervisor: Peter Klein
Bachelor thesis - Optical absorption spectroscopy
Student: zatím žádný / none yet
Supervisor: Peter Klein
Bachelor thesis - Atomistic modelling of amorphous TaAlO using machine learning
Student: zatím žádný / none yet
Supervisor: Pavel Ondračka
Bachelor thesis - Are vacacies in high-entrophy nitrides detectable with X-ray photoelectron spectroscopy?
Student: zatím žádný / none yet
Supervisor: Pavel Ondračka
Bachelor thesis - Preparation of catalytic coatings for green hydrogen production
Student: zatím žádný / none yet
Supervisor: Pavel Souček
Bachelor thesis
In progress
- Preparation of high entropy oxide thin films by high power impulse magnetron sputtering
Student: Jakub Zatloukal
Supervisor: Pavel Souček
Bachelor thesis - Comprehending the multipulse HiPIMS process, synthesis and characterisation of deposited coatings
Student: Martin Ondryáš
Supervisor: Jaroslav Hnilica
Dissertation - Industrial deposition of thin films in conditions of enhanced sputtered species ionisation
Student: Tomáš Rada
Supervisor: Pavel Souček
Dissertation - Deposition process based on pulsed arc synchronised with substrate bias for deposition of AlTiN and AlCrN coatings.
Student: Martin Učík
Supervisor: Petr Vašina
Dissertation - Investigation of high entropy stabilised nitrides prepared by magnetron sputtering
Student: Lukáš Vrána
Supervisor: Pavel Souček
Dissertation
Defened in 2025
- Comparison of models for reactive magnetron sputtering
Student: Simona Adameová
Supervisor: Matej Fekete
Bachelor thesis - Investigating the ionization of sputtered species during the simultaneous sputtering of two metals using HiPIMS
Student: Gergely Lelovics
Supervisor: Jaroslav Hnilica
Bachelor thesis - Determination of the absolute number density of sputtered species during the magnetron sputtering process
Student: Adam Vyžďura
Supervisor: Matej Fekete
Bachelor thesis - Characterization of transition metal aluminium oxynitride thin films
Student: Jan Zbožínek
Supervisor: Matej Fekete
Bachelor thesis - Effect of spokes on thin film deposition
Student: Terézia Halamová
Supervisor: Peter Klein
Master thesis - Industrial deposition and characterization of ternary nitride thin films
Student: Sahand Behrangi, M.Sc.
Supervisor: Petr Vašina
Dissertation
Defened in 2024
- Characterisation of TiAlON coatings prepared by high power impulse magnetron sputtering technique
Student: Jakub Motl
Supervisor: Matej Fekete
Bachelor thesis - Preparation of high entropy alloy thin film oxides
Student: Tatiana Pitoňáková
Supervisor: Pavel Souček
Bachelor thesis
Defened in 2023
- Effect of target topography on spoke behavior in HiPIMS discharge
Student: Terézia Halamová
Supervisor: Peter Klein
Bachelor thesis - Preparation of high entropy alloy coatings
Student: Lukáš Vrána
Supervisor: Pavel Souček
Master thesis - Preparation of thin films by reactive multipulse magnetron sputtering
Student: Tomáš Rada
Supervisor: Pavel Souček
Master thesis - Study of PVD process driven by standard and multipulse operation of High Power Impulse Magnetron Sputtering
Student: Martin Ondryáš
Supervisor: Jaroslav Hnilica
Master thesis - Magnetron sputtered hard ternary coatings with enhanced fracture toughness
Student: Michael Kroker
Supervisor: Petr Vašina
Dissertation
Defened in 2022
- Development of ternary and quaternary nanostructured coatings and their preparation by magnetron sputtering
Student: Stanislava Debnárová
Supervisor: Pavel Souček
Dissertation - Diagnostics of HiPIMS process in the presence and absence of travelling ionization zones
Student: Marta Šlapanská
Supervisor: Jaroslav Hnilica
Dissertation - Study of reactive HiPIMS process with aim to grow ternary nitride coatings
Student: Katarína Bernátová
Supervisor: Petr Vašina
Dissertation - Development and study of hybrid PVD-PECVD process
Student: Tereza Schmidtová
Supervisor: Petr Vašina
Dissertation - Diagnostics of ionization center in HiPIMS discharge
Student: Peter Burda
Supervisor: Jaroslav Hnilica
Bachelor thesis
Defened in 2021
- Structure of nanolaminated coatings containing metal, boron and carbon prepared at industrial deposition conditions
Student: Pavol Matej
Supervisor: Petr Vašina
Master thesis - Preparation of coatings by multipulse operation of High Power Impulse Magnetron Sputtering and their analysis
Student: Tomáš Rada
Supervisor: Pavel Souček
Bachelor thesis - Preparation of high entropy alloy thin films
Student: Martin Ondryáš
Supervisor: Pavel Souček
Bachelor thesis - Preparation and analysis of niobium, boron and carbon based thin films
Student: Lukáš Vrána
Supervisor: Pavel Souček
Bachelor thesis - Determination of the absolute concentration of sputtered species during magnetron sputtering
Student: Jan Slaný
Supervisor: Jaroslav Hnilica
Bachelor thesis
Defened in 2020
- Space and time resolved study of reactive HIPIMS process
Student: Matej Fekete
Supervisor: Petr Vašina
Dissertation - Determination of the atom and ion fluxes on the substrate during magnetron sputtering
Student: Samuel Kurucz
Supervisor: Peter Klein
Bachelor thesis
Defened in 2019
- Development of deposition process in order to grow X2BC coatings and their characteriazation
Student: Saeed Mirzaei
Supervisor: Petr Vašina
Dissertation - Deposition and characterization of nanolaminated coatings containing metal, boron and carbon
Student: Pavol Matej
Supervisor: Petr Vašina
Bachelor thesis
Defened in 2018
- Deposition and characterisation of nanolaminates
Student: Michael Kroker
Supervisor: Petr Vašina
Master thesis - Preparation of Ta-B-C coatings and study of their corrosion properties
Student: Maroš Poláček
Supervisor: Mostafa Alishahi
Master thesis
Defened in 2017
- Study of PVD process driven by high power pulses
Student: Peter Klein
Supervisor: Petr Vašina
Dissertation - Plazmachemical preparation of ternary carbide coatings and their characterization
Student: Josef Daniel
Supervisor: Petr Vašina
Dissertation - Deposition of thin films by magnetron sputtering excited by high power pulses
Student: Katarína Bernátová
Supervisor: Petr Vašina
Master thesis - Visualization of the ionization center during high power pulse magnetron sputtering
Student: Marta Šlapanská
Supervisor: Jaroslav Hnilica
Master thesis - In-situ study of stress evolution in thin films prepared by magnetron sputtering
Student: Nikola Tulisová
Supervisor: Pavel Souček
Master thesis - Preparation of Mo2BC type thin films by pulsed magnetron sputtering and their analysis
Student: Stanislava Debnárová
Supervisor: Pavel Souček
Master thesis - Determination of the absolut concentration of species during high power pulse magnetron sputtering
Student: Šimon Žulták
Supervisor: Jaroslav Hnilica
Bachelor thesis
Defened in 2016
- Deposition of functional coatings by PVC methods
Student: Radek Žemlička
Supervisor: Petr Vašina
Dissertation - Development of industrial technology for deposition of DLC thin films
Student: Michael Kroker
Supervisor: Petr Vašina
Bachelor thesis
Defened in 2015
- Time resolved spectroscopy of HIPIMS discharge
Student: Matej Fekete
Supervisor: Petr Vašina
Master thesis - Deposition of thin films by magnetron sputtering excited by high power pulses
Student: Katarína Bernátová
Supervisor: Petr Vašina
Bachelor thesis - In-situ study of stress evolution in thin films prepared by magnetron sputtering
Student: Nikola Tulisová
Supervisor: Pavel Souček
Bachelor thesis - Preparation of Mo2BC type thin films by pulsed magnetron sputtering and their analysis
Student: Stanislava Debnárová
Supervisor: Pavel Souček
Bachelor thesis - Visualization of the ionization center during high power pulse magnetron sputtering
Student: Marta Šlapanská
Supervisor: Jaroslav Hnilica
Bachelor thesis
Defened in 2013
- Deposition of functional nanocomposite coatings by PVD and their characterisation
Student: Pavel Souček
Supervisor: Petr Vašina
Dissertation - Preparation of thin films by high power impulse magnetron sputtering and their characterization
Student: Matej Fekete
Supervisor: Petr Vašina
Bachelor thesis
Defened in 2012
- Feedback system to control reactive magnetron sputtering
Student: Peter Klein
Supervisor: Petr Vašina
Master thesis - Influence of hydrogen on behaviour of reactive magnetron sputtering
Student: Jakub Nekvapil
Supervisor: Petr Vašina
Bachelor thesis
Defened in 2010
- Laser-induced resonance fluorescence as a diagnostic technique in reactive plasmas
Student: Jan Voráč
Supervisor: Petr Vašina
Master thesis - Rutherford's experiment
Student: Peter Klein
Supervisor: Petr Vašina
Bachelor thesis - Millikan's experiment
Student: Jakub Vaštík
Supervisor: Petr Vašina
Bachelor thesis
Defened in 2009
- Behaviour of hybrid PVD-PECVD process
Student: Tereza Schmidtová
Supervisor: Petr Vašina
Master thesis - Balanced and unbalanced magnetics for industrial deposition reactor Alcatel SCM 650
Student: Jana Kršková
Supervisor: Petr Vašina
Bachelor thesis
Defened in 2008
- Spectroscopic measurement of active particle concentration in plasma
Student: Jan Voráč
Supervisor: Petr Vašina
Bachelor thesis
Defened in 2007
- Study of reactive magnetron sputtering by optical emission spectroscopy
Student: Tereza Schmidtová
Supervisor: Petr Vašina
Bachelor thesis