National Repository of Grey Literature 2 records found  Search took 0.00 seconds. 
Study of plasma-solid interaction by methods of computational physics
Palacký, Jakub ; Hrach, Rudolf (advisor) ; Novák, Stanislav (referee)
The diploma thesis is focused on the study of low-temperature plasma by methods of computational physics, namely particle modelling. The solution focuses on the time- effective execution of simulations, which is concerned, among the other things, with the use of parallelization techniques aimed at maximize shortening of the calculation time. The Langmuir probe was chosen as the most common representative of the probe diagnostics. The main goal of this work was to observe plasma interaction with the embedded solid. Current research on plasma modelling intensively explores dynamic phenomena such as wave propagation or turbulence and instability. For this reason, much of the work is devoted to the dynamics in electropositive and electronegative plasma.
Plasma diagnostics by probes with complex geometries
Palacký, Jakub ; Hrach, Rudolf (advisor) ; Roučka, Štěpán (referee)
In investigating the behaviour of the plasma, it is important to know its parameters. For this purpose, there are many diagnostic methods, one of which is a probe diagnostic. It is a local method in which there is contact of the plasma with embedded material. This work deals with this diagnostic method. It gives a comprehensive overview of the currently used probes in low-temperature and especially in high-temperature plasmas. It focuses on the development and use of the latest advances in the field of computational physics for creating two-dimensional model of low-temperature plasma with immersed solid. The task is prepare particle model of low-temperature plasma with immersed metal electrode, then run simulation of measurement and to interpret measured data.

See also: similar author names
5 Palacký, Jan
2 Palacký, Jiří
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