National Repository of Grey Literature 3 records found  Search took 0.01 seconds. 
Application of Python programming language in image analysis and modeling of physical processes of graphene
Stehlíček, Kamil ; Képeš, Erik (referee) ; Bartošík, Miroslav (advisor)
In this thesis, we focus on evaluating experimental data using the Python programming language across three different physics problems dealing with graphene. The goals of the thesis are based on practical experiments that use gallium or gallium nitride to alter the electro-optical properties of graphene or experiments that require the simulation of charge propagation in graphene nanoelectronics. These tasks successively use image analysis and numerical simulations. The theoretical part of the thesis serves as a research and as an introduction to basic image processing algorithms and numerical simulation techniques. The practical part of the thesis then focuses on the evaluation of the success of each program, its implementation in practical evaluation and explanation of experimental results.
Fabrication of aluminium nano-templates by controlled dip anodizing
Stehlíček, Kamil ; Dvořák, Petr (referee) ; Lednický, Tomáš (advisor)
In this thesis we focus on the optimization of the technological process of making porous aluminium oxide (porous alumina), with emphasis on the level of orderliness of the final structure. Theoretical part is aimed primarily at the research part with overlap to defining the initial parameters values for experimental part. Experimental part is then focused on finding the optimal values of experimental parameters. Parallel task to the experimental part is the assembly of the laboratory setup used for anodization process.
Fabrication of aluminium nano-templates by controlled dip anodizing
Stehlíček, Kamil ; Dvořák, Petr (referee) ; Lednický, Tomáš (advisor)
In this thesis we focus on the optimization of the technological process of making porous aluminium oxide (porous alumina), with emphasis on the level of orderliness of the final structure. Theoretical part is aimed primarily at the research part with overlap to defining the initial parameters values for experimental part. Experimental part is then focused on finding the optimal values of experimental parameters. Parallel task to the experimental part is the assembly of the laboratory setup used for anodization process.

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