Diagnostika a modelování plazmatu

Výzkumná skupina Ústavu fyzikální elektroniky

doc. Mgr. Tomáš Hoder, Ph.D.

group leader


Dr. Hoder investigates ultra-fast phenomena in transient non-thermal plasmas using high sensitivity and resolution electrical, optical or spectroscopic techniques. His focus is on fundamental breakdown processes, whether in gases or liquids. He studies the plasma physics and chemistry using non-steady-state radiative-collision and global electrical models. He gave invited talks on international conferences such as IWM 2017, ICPIG 2015 or meetings of European Science Foundation in 2015. He is active as a reviewer for IOP, AIP, IEEE and Springer plasma physics journals. ORCID page: https://orcid.org/0000-0001-5346-6275


Mgr. Zdeněk Bonaventura, Ph.D.


Zdeněk Bonaventura is active in the field of plasma simulations, especially simulations of streamer discharges. His research interests include fundamental phenomena of nanosecond discharges in liquid water, advanced research of kinetic processes in streamer discharges, runaway electrons and plasma propulsion.

Currently he is supervising 3 PhD students and 1 master student.

doc. Mgr. Pavel Dvořák, Ph.D.


In the field of plasma physics I am active namely in laser-based plasma diagnostics, escpecially in (TA)LIF of radical species including measurements in suface discharges ignited at atmospheric pressure. The fluorescence studies contain the research of atomizers, where we have proven by means of TALIF that atomic hydrogen plays the key role in the decomposition of volatile hydrides. Further, I work with capacitively coupled discharges, where I study their ignition and nonlinear characteristics by both theoretical calculations and various diagnostic methods. Regarding other fields of science, I am interested in speleology and occasionally I am in touch with photochemistry and processes in ice.

prof. Mgr. Vít Kudrle, Ph.D.


Mgr. Martina Mrkvičková, Ph.D.


Martina Mrkvičková received best-poster prize at LAPD conference (Laser-aided plasma diagnostics) in 2017.

doc. Mgr. Zdeněk Navrátil, Ph.D.


Dr. Navrátil's professional interest is concerned with the development and application of advanced optical emission spectroscopy methods for plasma diagnostics, especially of atmospheric pressure discharges. The topics he has studied recently included electric field measurement in helium atmospheric pressure discharges or bremmstrahlung radiation in coplanar barrier discharge. He is the author of spectroscopy software Spectrum Analyzer and EBFFit. Related teaching Atomic and molecular spectroscopy.

Mgr. Adam Obrusník, Ph.D.


Adam Obrusník je absolventem doktorského programu Fyzika plazmatu. Ve svém výzkumu se zabýval především numerickými simulacemi, které využívá pro studium kinetiky a dynamiky plynů v plazmatu na atmosférickém tlaku. Během studia se zúčastnil několika výzkumných stáží na univerzitách v Německu, Holandsku a ve Francii. V současné době se kromě plazmatu za atmosférického tlaku věnuje i numerické analýze plazmatu za nízkého tlaku, v iontových motorech a v magnetronovém naprašování.

Mgr. Lucia Potočňáková, Ph.D.


Pedro Arsénio Nunes Aleixo Viegas, PhD.


Pedro Viegas investigates the physics of low-temperature plasmas through numerical simulations, especially of discharges at atmospheric pressure. He has previously done research in Portugal, France and The Netherlands. He has focused mostly on dynamics of helium plasma jets, plasma-surface interactions, numerical methods to calculate vibrational distribution functions, kinetics in plasmas for CO2 conversion and contraction mechanisms in microwave discharges. He is currently expanding his research interests to discharges in liquid water and photoionization in streamers.

PhD students

Mgr. Martin Kubečka

PhD topic: Modelling of plasma sources with magnetic field

Mgr. Lukáš Kusýn

Lukáš Kusýn obtained scholarship Ph.D. talent for years 2019-2021.

Ing. David Prokop

PhD topic: Ultra-fast diagnostics of non-equilibrium plasmas

Mgr. Ján Tungli

PhD topic: `Streamer discharge simulations in electronegative gases and their interaction with solid barriers'.

Participating on collaboration with Eaton European Innovation Center (EEIC).

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