This Ph.D. thesis reports on the research and development of new materials and testing them for hydrogen gas detection. For this purpose, the tungsten oxide-based thin films were synthesized combined with other materials in order to improve the sensing properties of the tungsten ox...

This Ph.D. thesis reports on investigation of the high-temperature behavior of binary ZrCu, ternary ZrHfCu and quaternary ZrHfAl/SiCu TFMGs and senary Hf-B-Si-Y/Ho-C-N ceramic films, and on preparation and characterization of thin-film alloys from the binary WZr system. Chapter I is&#x...

Materials from the Ta-O-N system offer very promising properties in terms of hydrogen production via light-induced water splitting. This Ph.D. thesis deals with the preparation and systematic investigation of Ta-O-N films with very finely-tuned elemental composition. Because it should be possible...

The thesis is dedicated to magnetron sputtering of flexible hard alloy films, comprehension of the complicacy of their formation and the relation of the properties of the films with the deposition conditions. The text is divided into six chapters. Chapter 1 is a general ...

The Ph.D. thesis deals with a theoretical description of the solid state by density-functional theory. It studies and develops selected components of the methodology and predicts the structures and properties of selected materials, predominantly those prepared as thin films at the department...

The thesis deals with the preparation and characterization of VO2-based thermochromic coatings with a focus on their use on smart windows. The whole work is structured into eight chapters. The first and second chapters are devoted to the introduction and overview of the current...

This thesis reports on study of four multicomponent nanostructure materials prepared by pulsed magnetron deposition. In all four cases, the main aim was to prepare and characterize promising materials with high potential in various applications. The thesis is divided into seven chapters.�...

Laser surface texturing is one of the methods used for controllable surface structuring and acquisition of specific surface physical properties. This Ph.D. dissertation is focused on the characterization of the thermo-physical processes in ultrashort pulse laser surface texturing (LST) and develo...

High hardness, toughness and low coefficient of friction are the basic requirements for wear-resistant materials. This thesis deals with the preparation and characterization of the films based on Al-Si and Ti-W (beta-Ti) alloys, W metal, Al-Si-N and W-N ceramics with improved mechanical ...

This thesis is focused on the analysis of elemental composition (by X-ray fluorescence method) and the structure (by X-ray diffraction method) of four types of the new thin-film materials prepared by different methods of magnetron deposition. These are the following materials: A. ...

Binary Zr-Cu thin-film alloys were prepared by non-reactive conventional dc and impulse magnetron co-sputtering using two unbalanced magnetrons equipped with Zr and Cu targets. The magnetron with the Zr target was operated in a dc regime while the magnetron with the Cu target in&#x...

Vanadium dioxide is a technologically important thin-film material with a great applica-tion potential (e.g. smart windows) due to its reversible first-order semiconductor-to-metal transition. This Ph.D. thesis deals with preparation and characterization of thermochromic VO2-based coatings. The thesis is d...

Chapter 1 is introduction focusing on the energy E delivered into the coating during the deposition, as the main parameter which controls the property of the deposited coating. The control of the energy E is outlined. Chapter 2 shows the main aims of the Ph.D. thesi...

This Ph.D. thesis deals with Sn-Cu-O and Sn-Cu-N coatings prepared by reactive magnetron sputtering. The main attention was devoted to find the correlations between process parameters, elemental composition, structure and the properties of the materials formed. After the literature overview ...

This thesis deals with new multifunctional thin-film materials prepared by pulsed reactive magnetron sputtering. The first and second chapters are devoted to introduction and literature overview of high-temperature materials. In the third chapter, three particular aims of the thesis are de...

PhD thesis is focused on the development of a new method for measuring thermal processes in laser remelting of thermally sprayed coatings by using infrared cameras. The result of the thesis is a design of the suitable experimental setup, the advancement of measurement and its&...

Early transition metals and their oxides and nitrides are widely used in industrial applications due to their high hardness, thermal stability, transparency (in the case of oxides and some nitrides) and other unique combinations of properties. This PhD thesis is dedicated to the re...

PhD thesis is focused on the physical processes and their influence on the corrosion resistance during the stainless steel laser marking using nanosecond laser. The result of the PhD thesis is the measurement method, evaluation and the analysis of the thermal processes and their&#x...

Transition metal oxides and oxynitrides are a class of materials with yet unexplored physical, chemical and functional properties, and a great potential for industrial applications. This Ph.D. thesis deals with preparation and characterization of multifunctional oxide and oxynitride films. They w...

This Ph.D. thesis deals with synthesis of multicomponent nanocrystalline thinfilm materials, mainly from the HfB(Si)C(N) system, using pulsed magnetron sputtering. The thesis is divided into seven chapters. The first and second chapters are devoted to introduction and state of art of hard&#x...