This thesis deals with the preparation and investigation of magnetron sputtered thin film materials from the W-Zr-Cu system. These are completely new materials about which no study has been published so far. The aim of the thesis was to prepare these materials in a wide r...

This master thesis is concerned with the investigation of trends in the behaviour of different types of particles, which were argon, niobium and carbon atoms and ions, in different regions of the plasma during the sputtering of a target composed of multiple elements, in this&#...

The main topic of this diploma thesis is the deposition of transparent conductive copper oxides using reactive magnetron sputtering and the measurement of their electrical and transparent properties, such as electrical resistivity, concentration and mobility of free charge carriers and optical&#x...

This work deals with the growth of nanoparticles in a magnetron nanoparticle source and modelling of the processes occurring in the source. The aim of this work was to study the physical processes of nanoparticle formation in the gas phase that occur in the nanoparticle s...

This diploma thesis deals with the study of plastic deformation of the FCC crystal at the submicroscopic level. The 5% deformation of aluminium, unalloyed steel and Cantor alloy was simulated using molecular dynamics in the LAMMPS software, and the dislocation structures of chromium-man...

This thesis focused on modeling of ZnO and ZnOx thin films using various types of classical molecular dynamics. The interaction between atoms is described by the empirical potential and reactive force field potential, which were found in the literature, and their physical accuracy ...

This thesis is focused on the study of the structure and properties of thin film alloys from W-Cu and W-Zr systems. Two series of layers were prepared in a wide range of compositions from 100 at. % W to 100 at. % Cu or Zr, respectively. Both series of ...

This thesis deals with reactive deposition of V1-xWxO2 thermochromic films using High Power Impulse Magnetron Sputtering. The industrial requirements are given for the thermochromic films alongside with possibilities on how to reach them, like doping of other elements and antireflection coating.&...

At the beginning, the presented thesis is focused on practical applications of ferromagnetic metals (Fe, Co, Ni) and briefly describes sputtering process and especially reactive deposition. Next, it describes quantum computing and especially DFT method. Briefly shows the current state in the...

The central theme of this master thesis is a deposition of VO2 thermochromic thin films co-doped by magnesium and tungsten which can be used, for example, as an active layer of smart windows. The selected method for preparation of these films is based on high-power...

This thesis studies thermal processes during laser welding of plastics. It summarizes theories about the problematics and current status of its modelling. Further, creation of the simulation model of laser welding of plastics through the COSMOSM software is described. From the model,&#...

Nitrides and borides of transition metals (Y, Ho, Hf, Ta, and Mo) are investigated by density-functional theory calculations. Suitable calculation parameters and optimum methodology of processing the raw data are identified. A new approach to modelling of magnetic rare-earth metal compounds ...

As part of the diploma thesis were prepared three series of Zr-Hf-Cu layers, applied by highly efficient HiPIMS pulse magnetron sputtering in the deposition chamber. The depositions were performed in an atmosphere of argon. The basic pressure before each depositing was less than 5x...

This thesis deals with the thermochromic properties of vanadium dioxide (VO2) thin films prepared by the method of high-power impulse magnetron sputtering, or rather its modified form with deep oscillations (DOMS). Three films in total were created. Their phase composition, transmittance and...

The presented diploma thesis, at the beginning, focuses on the theory reactive magnetron sputtering. It briefly discusses historical development, modern trends and possible issues with the application of the technology. In the next part, it describes a model using Monte Carlo methods fo...

This thesis deals with reactive High-Power Impulse Magnetron Sputtering (HiPIMS) of vanadium dioxide thin films on glass substrates. The aim is to create VO2 thermochromic thin films through controlled HiPIMS deposition and investigate the influence of deposition parameters on discharge character...

Thin films of tungsten oxide with various stoichiometries were prepared by reactive magnetron sputtering using a metal target. These films can be used as gas sensors. To improve the sensorial response to hydrogen palladium was used as a catalyst. The films were characterized by...

This thesis focuses on the preparation of Zr-Cu thin film metallic glasses deposited by HiPIMS and DC magnetron sputtering in pure argon. The influence of the coposition of the Zr-Cu thin films (0-100 at. % Cu), the value of substrate bias (Us=Ufl, -30 V, -50 V, -70&...

Subject of the thesis was pulse reactive magnetron sputtering of Zn-Sn-O thin films. Three series were prepared. The common parameters of deposition were: distance between targets and substrates dT-S = 60 mm, pulse repetition frequency fr = 20 kHz, discharge current ID = 1,2 A...

This thesis deals with combined deposition of Ta-O-N coatings and nanoclusters of copper. The coatings were deposited using reactive high power impulse magnetron sputtering at an average target power density in a pulse of 1000 W/cm2. A ceramic tube placed 7 mm from the ta...