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First-principles study of stability of solid crystals
Pleskot, Ondřej ; Šesták, Petr (referee) ; Černý, Miroslav (advisor)
This work deals with a modeling of an electronic structure of solid crystals. Specifically, densities of valence electrons, and the density of states are calculated using first-principles code VASP for three crystals representing three different types of bonding. These are the metal bonding in a crystal of aluminum, the covalent bonding in a diamond crystal, and an ionic bonding in the crystal of rock salt. From calculated values of stress and crystal energy are then determined some macroscopic parameters of crystals, such as the equilibrium lattice parameter, the bulk modulus and the theoretical strength under isotropic tension.
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Overview of physiology, pathology, and pharmacology of selected diseases for therapists of alternative and complementary medicine and for their clients
Pleskot, Ondřej ; Kudláčková, Zděnka (advisor) ; Fikrová, Petra (referee)
Charles University Prague, Faculty of pharmacy in Hradec Kralove Department of: Biological and Medical Sciences Candidate: Ondřej Pleskot Supervisor: PhDr. Zdeňka Kudláčková, Ph.D. Title of the Thesis: Brief overview of pathophysiology and pharmacology of selected diseases for therapists of alternative and complementary medicine and their clients. Objective: The objective of the dissertation is to create description of selected diseases for therapists of alternative medicine and their clients which will help to understand importance of the selected diseases for laic population. Key knowledge: The description of the selected diseases, description of pharmacologic types of medicaments and description of vitamins and minerals were created in the thesis. At the same time brief specification of techniques used by therapists of alternative (holistic, complementary) medicine was devised. The descriptions (of the articles) are written in simple language in order to be simple to understand for therapists of alternative medicine and their potential customers, i.e. laic population. Conclusion: Within the framework of the thesis the author managed to create intended descriptions (of the articles) on popular educational websites. Key words: nasclovek, alternative medicine, disease, popular educational websites
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Overview of physiology, pathology, and pharmacology of selected diseases for therapists of alternative and complementary medicine and for their clients
Pleskot, Ondřej ; Kudláčková, Zděnka (advisor) ; Fikrová, Petra (referee)
Charles University Prague, Faculty of pharmacy in Hradec Kralove Department of: Biological and Medical Sciences Candidate: Ondřej Pleskot Supervisor: PhDr. Zdeňka Kudláčková, Ph.D. Title of the Thesis: Brief overview of pathophysiology and pharmacology of selected diseases for therapists of alternative and complementary medicine and their clients. Objective: The objective of the dissertation is to create description of selected diseases for therapists of alternative medicine and their clients which will help to understand importance of the selected diseases for laic population. Key knowledge: The description of the selected diseases, description of pharmacologic types of medicaments and description of vitamins and minerals were created in the thesis. At the same time brief specification of techniques used by therapists of alternative (holistic, complementary) medicine was devised. The descriptions (of the articles) are written in simple language in order to be simple to understand for therapists of alternative medicine and their potential customers, i.e. laic population. Conclusion: Within the framework of the thesis the author managed to create intended descriptions (of the articles) on popular educational websites. Key words: nasclovek, alternative medicine, disease, popular educational websites
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First-principles study of stability of solid crystals
Pleskot, Ondřej ; Šesták, Petr (referee) ; Černý, Miroslav (advisor)
This work deals with a modeling of an electronic structure of solid crystals. Specifically, densities of valence electrons, and the density of states are calculated using first-principles code VASP for three crystals representing three different types of bonding. These are the metal bonding in a crystal of aluminum, the covalent bonding in a diamond crystal, and an ionic bonding in the crystal of rock salt. From calculated values of stress and crystal energy are then determined some macroscopic parameters of crystals, such as the equilibrium lattice parameter, the bulk modulus and the theoretical strength under isotropic tension.
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