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Business and Investments into a Distrained Real Estate in Czech republic
Procházka, Pavel ; Škodová, Eva (referee) ; Kopřiva, Jan (advisor)
Tato diplomová práce analyzuje právní základy a užití občanského zákoníku, majetkových zákonů, občanského soudního řádu a exekuční řádu v obchodu s nemovitostmi. Skrze případové studie se snaží poukázat na kritická místa a proveditelnost jednotlivých investic do exekucí zasažených či jinak právně znehodnocených nemovitostí. Závěrečná část hledá standardizované postupy, které nachází optimální mix rizika a profitability.
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New building of sports centre, Jemnice
Procházka, Pavel ; Čtvrtníčková, Kateřina (referee) ; Kolář, Radim (advisor)
An elaborated project documentation for a construction realisation of a sports centre in Jemnice is the core of this diploma thesis. During the elaboration of this proposal a special attention was given to meeting of all active norms and regulations, and also meeting of all requirements of an investor. The main requirement was a multifunctionality of the whole building which consists of a restaurant, bigger and smaller gyms, a fitness room and utility space for a fluent working of all the building. The proposed sport centre is a two-storey building where the main part, sports hall, measures 24 x 50 meters. It is suggested to use a skeletal system from prefabricated concrete elements together with a roof from wooden trusses for this building.
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Study of Behaviour of Paramagnetic Molecules on Surfaces
Bouček, Martin ; Procházka, Pavel (referee) ; Hrubý, Jakub (advisor)
This thesis deals with behaviour of paramagnetic molecules of copper(II) pthalocyanine (CuPc), hemin and bis(dibenzoylmethane)copper(II) ([Cu(dbm)2]) on surfaces of glass and polycrystalline gold. Additionally the [Cu(dbm)2] is studied on graphene surface. Molecules are deposited on substrates via wet chemistry methods. They are studied after deposition with atomic force microscopy (AFM), electron paramagnetic resonance (EPR), scanning electron microskopy (SEM) and X-ray photoemission spectroscopy (XPS).
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Analysis of the impact on the price of insulation of residential building in Trebic
Procházka, Pavel ; Hlavinková, Vítězslava (referee) ; Tesařová, Zdeňka (advisor)
A quantification of costs of an insulation on multi-storey buildings and determination of returns on investments in the insulation due to cost savings for heating energy is the subject of this thesis. Analysis of the current statuses of prefabricated houses in the Czech Republic, possibilities of insulating, and characterization of thermal insulation materials are involved in the thesis. It is also included a description of the method for determining the energy performance of the building. The core of this work is the statistical comparison of the prices of two residential buildings in Trebic using the bid prices. These residential buildings, which differ by the number of floors, are assessed concerning impacts of the insulation works. There is also calculated the amount of saved energy for heating which is further used for determination of return on investments into complete building insulation.
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Graphene on SiC as a substrate for molecular self-assembly systems
Černá, Lenka ; Průša, Stanislav (referee) ; Procházka, Pavel (advisor)
This bachelor thesis deals with the fabrication and characterization of metal-organic frameworks formed by self-assembly mechanism of metal atoms (Fe) and organic molecules (tetracyanoquinodimethane, TCNQ) on a graphene surface. The fabrication of self-assembled structures has been performed on epitaxial graphene on SiC(0001) substrate. The deposition of metal-organic networks, as well as subsequent surface characterization by low-energy electron microscopy (LEEM) scanning tunneling microscopy (STM) and X-ray photoelectron spectroscopy (XPS), were performed under ultra-high vacuum conditions.
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Assessment of the Return on Investment in Insulating a Residential Building in a Selected Area
Vyhnálek, Václav ; Procházka, Pavel (referee) ; Tesařová, Zdeňka (advisor)
The diploma thesis deals with the impact of insulation of a residential building on the price of apartment buildings and the payback period of investments in thermal insulation. The theoretical part deals with the topic of energy intensity, methods of thermal insulation and valuation. In the second part of the thesis, the values of selected apartment buildings are determined by the direct comparison method and the time of return of investment in thermal insulation. In addition, the thesis deals with energy saving depending on thermal insulation. The aim of the thesis is to determine whether and how much will increase the price of an apartment house or housing units due to additional thermal insulation, what are the savings for heat and what is the period of return to investment.
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Transport Properties of Graphene Layers during Their Transfer
Gryga, Michal ; Lišková, Zuzana (referee) ; Procházka, Pavel (advisor)
This bachelor thesis is focused on the measurement of the transport properties of graphene, which was produced by chemical vapor deposition (CVD) method on a copper foil and subsequently transferred onto a silicon substrate covered by 280 nm of silicon dioxide. In this work we studied an influence of different types of copper etchants and influence of plasma cleaning of silicon substrates prior to the graphene deposition.
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Fabrication and characterization of atomically thin layers
Tesař, Jan ; Kunc, Jan (referee) ; Procházka, Pavel (advisor)
Tato práce se zabývá oblastí dvourozměrných materiálů, jejich přípravou a analýzou. Pravděpodobně nejznámějším zástupcem dvourozměrných materiálů je grafen. Tento 2D allotrop uhlíku, někdy nazývaný „otec 2D materiálů“, v sobě spojuje neobyčejnou kombinaci elektrických, tepelných a mechanických vlastností. Grafen získal mnoho pozornosti a byl také připraven mnoha metodami. Jedna z těchto metod však stále vyniká nad ostatními kvalitou produkovaného grafenu. Mechanická exfoliace je ve srovnání s jinými technikami velmi jednoduchá, takto připravený grafen je však nejkvalitnější. Práce je také zaměřena na optimalizaci procesu tvorby heterostruktur složených z vrstev grafenu a hBN. Dle prezentovaného postupu bylo připraveno několik van der Waalsových heterostruktur, které byly analyzovány Ramanovskou spektroskopií, mikroskopií atomových sil a nízkoenergiovou elektronovou mikroskopií. Měření pohyblivosti nosičů náboje bylo provedeno v GFET uspořádání. Získané hodnoty pohyblivosti prokázaly vynikající transportní vlastnosti exfoliovaného grafenu v porovnání s grafenem připraveným jinými metodami. V práci popsaný proces přípravy je tedy vhodný pro výrobu kvalitních heterostruktur.
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