The proposed apartment building including a fixed level pavement, parking spaces and a driveway is situated on land number 723/213 and 723/184 (farm land) which is located in the southeastern part of the town Horní Stropnice along the main road towards Trhove Sviny. The apartment block has been designed as a four storey building for small and larger families in 14 seperate apartments (4 apartments each on the first, second and third floors and 2 apartments, hair salon and office on the ground floor) without any basement. The key construction feature is a wall system based on basic bands of simple concrete with a concrete mounted ceiling and a roof truss with gable roof tiles at an angle of 35°. There will be 14 apartments in total (14x 3+kitchen unit). The apartment windows will have sufficient sunlight and silencing. The main entrance, covered with a concrete porch roof, will be west facing. Each apartment will be constructed around the entrance foyer, which connects the main living quarters consisting of a combined kitchen dining room, living room , toilet, bathroom, (including bath, sink, washing machine), bedroom and one or two children's room, (depending on the size of the apartment). Ground floor terraces and 1st to 3rd floor balconies will be accesed via the living rooms. There will be a technical room on the ground floor which will have two gas boilers, a hot water cylinder, central heating distribution, sewer and some individual storage space for each apartment. The space under the staircase will serve as storage for prams or bicycles. The hair salon and building office will be built in the entrance foyer, which will include a public convenience for visitors and an entrance to the visitor's waiting room, guest rooms, individual work rooms all of which will be ready for use. A new asphalt road will enable access to the new apartment block and the neighbouring apartment block on land number 723/13.

The subject of the diploma thesis is design a new hotel with boarding camp in Zruč nad Sázavou. The building is situated near the river Sázava on flat terrain. Emphasis is placed on the total visual impression of the building and how the building could blend in with the surrounding landscape. The hotel will serve as recreational facility with short-term accommodation. The hotel has swimming pool, conference room and public laundry. The building has three floors above and no basement. The project includes a flat roof with an attic.

Diploma´s thesis of Senior citizens' home is compile in project documentation by legislation in force. Object is situated on plat 260/3 in Sadová. In the building, there are part with apartments and coffee room. It is three-storey cellarless building with flat roof. Acces to building and coffee room is barier-free including parking. House is with elevator. In each floor is barrier-free apartment. Project is compile including static analysis of connection girder, fire safety solution and thermal technical assessment.

The aim of this thesis is to develop design documents for building construction. This project deals with a new building of student hostel in Ostrava – distrikt Zábřeh nad Odrou. The new building is designed to accommodate students for year - round occupancy. There is a dining room use for staying students in the building, and students from nearby schools as well. They is also a gym, table tennis room, and multimedia classrooms available for students. House is situated on flat land. This bulding has four floors and one underground floor. The building is made of ceramics brigs blocks systém called Porotherm, underground brickwork from concrete breeze blocks, ceiling is made of pre-tensioned panel Spiroll and the type of the roof is warm flat roof.

This dissertation contains a comparison of the real possibilities for heating reconstruction and TUV reheating in three public buildings (located nearby one another) in Budišov township, with resulting recommendations of the best options for local operating conditions. The dissertation contains calculations of heating requirements for particular buildings, a generic theoretical part which summarizes basic data concerning long-term fuels (biomass and natural gas), proposals for technical solutions to heating sourcing concerning these fuels and its prospective distribution from a central boiler house, and its reciprocal comparison from the perspective of the economics of actual realization and operation, and from a perspective of fuel availability and ecology.

This thesis deals with the influence of the location of exhaust outlets on the air quality. The study examines the performance of the hybrid ventilation system installed in an experimental house. The central point of this work is a numerical model of a bedroom with heat and carbon dioxide sources. The temperature, speed and concentration fields have been solved for, from which further quantities of thermal comfort PMV, PPD and DR were evaluated. Finally, the impact of changes in the quality of the microclimate using these quantities and in the energy efficiency ventilation is assessed.

The goal of this diploma thesis is to describe the proposal for integrating production control system in the growing manufacturing company with custom-made production. Initially the research of applicable methods and operations suitable for the company management will be done. Next step will be to apply these procedures in the company and eventually to provide a range of adjustments. As a result, not only an optimal production control system eliminating possible mistakes stemming from the insufficient control management is implemented, but also the company is prepared for further profitable growth.

The diploma thesis deals with project design documentation of a Relaxation – recreation hotel Dubník in Stará Turá. The object is designed as a two floor building with basement below ground level. Object´s ground plan is rectangular shaped. First floor contains a lobby, restaurant, a kitchen, and a hotel administration part. Second floor is meant for accomodiaton. Sauna and ice pool is designed in basement. Construction system is combinated. Coping consists of a double sloping roof made out of wooden roof trusses.

The subject of the diploma thesis is design a new building with a camping in the village Šoporňa. The building is situated near the river Váh on flat terrain. Emphasis was placed on the total visual impression of the building on its stand out from the surrounding landscape. The building will serve as a recreation building with the possibility of short and long-tern housing. There is a restaurant with outdoor seating and an accommodation capacity for 90 people, trade with sport equipment, service for vehicles and boats, garage for boats, a 11,6 metres high climbing wall, conference rooms and halls for exercise. The building has three floors above and no basement. The project includes a flat roof with an attic.

In der vorliegenden Dissertation geht es um die Synthese und Charakterisierung chiraler, redoxaktiver (Raumtemperatur-)Ionischer Flüssigkeiten basierend auf Ferrocen und der natürlich vorkommenden Aminosäure S-Prolin. Diese Baueinheiten sind entweder über eine Ether- oder über eine Esterverbrückung verknüpft. Auch der Anionenaustausch vom I– - zum CF3SO3– - sowie (CF3SO2)2N– -Salz (kurz NTf2–) wird dargelegt und der Einfluss des Anions auf den Schmelzpunkt der Verbindungen untersucht und diskutiert. Die Redoxaktivität wird durch das im Ferrocen enthaltene Fe II eingebracht, das reversibel zu Fe III oxidiert werden kann. Aufgrund des Pyrrolidin-Rings sind die dargestellten Verbindungen stets chiral und bilden nach der Quaternisierung mit Halogenalkanen Diastereomere, soweit die Alkylkette größer als Methyl ist. Das Diastereomerenverhältnis wurde mittels 1H-NMR-Spektroskopie und in einem Fall anhand von Röntgenpulverdiffraktogrammen durch Rietveld-Verfeinerung analysiert. Die Verbindungen wurden thermisch anhand simultaner thermischer Analysenund Tieftemperaturversuchen untersucht, die belegen, dass die Synthese von insgesamt sechs neuen Raumtemperatur-Ionischen Flüssigkeiten gelang. Davon basiert eine Verbindung, (1S2S)- und (1R2S)-2-[(Ferrocenylcarbonyl)oxy]methylen-N-methyl-N-pentylpyrrolidin-1-iumiodid, auf I– und fünf Verbindungen enthalten NTf2– als Gegenion. Das Diastereomerengemisch der Verbindungen (1S2S)- und (1R2S)-N-Butyl-2-[(ferrocenylcarbonyl)oxy]methylen-N-methylpyrrolidin-1-ium NTf2– besitzt den größten Flüssigkeitsbereich von -25 bis +263 °C und auch die höchste Zersetzungstemperatur aller hier dargestellten Verbindungen. Insgesamt werden in dieser Arbeit elf Einkristallstrukturanalysen vorgestellt, wobei es sich um drei Verbindungen des Typs FcCH2N(CH3)2(CnH2n+1)I (Fc = Ferrocenyl, n = 1,2,3), Ferrocenmonocarbonsäurechlorid, zwei ether- sowie fünf esterverbrückte Verbindungen handelt. Mikrokristalline Proben wurden mittels Röntgenpulverdiffraktometrie charakterisiert. Ergänzende Analysen wurden mittels UV-Vis- und IR-Spektroskopie sowie Massenspektrometrie und Elementaranalyse durchgeführt. Ein wichtiger Aspekt bei Ferrocenverbindungen ist das Redoxpotential, welches mittels Cyclovoltammetrie bestimmt wurde. Hierbei liegt das Formalpotential des Fe II /Fe III -Redoxpaars der etherverbrückten Verbindungen bei +0,05 V und bei den esterverbrückten Verbindungen unabhängig vom Anion bei +0,28 V vs. Ferrocen/Ferrocenium in Acetonitril. Bei den iodidhaltigen Verbindungen zeigt das I– -Ion ebenfalls eine Redoxaktivität bei E(0,f,Fc) = -0,18 V und 0,22V. Die Diffusionskoeffizienten der esterverbrückten Triflat- und NTf2– -Verbindungen liegen in der Größenordnung von 7·10−6 cm2/s und die heterogenen Geschwindigkeitskonstanten bei 0,01 cm/s. / The present dissertation deals with the synthesis and characterization of chiral, redoxactive room temperature ionic liquids (RTILs) based on ferrocene and the naturally occurring amino acid S-proline. These building blocks are coupled either via an ether- or an ester-bridge. The anion exchange from I– to CF3SO3– and (CF3SO2)2N– salts (abbreviated as NTf2–) is presented. The influence of the anion on the melting point of the compound is investigated and discussed. The redox activity is introduced into the molecule via the Fe II -containing ferrocenyl groups, which can be oxidized reversibly to Fe III . The synthesized compounds based on the pyrrolidine ring are chiral. After quaternization with alkyl halides, they form diastereomers in case of alkyl chains longer than methyl. The ratio of the different diastereomers was analyzed by 1H NMR spectroscopy and, in one case, by Rietveld refinement of the X-ray powder diffraction pattern. The thermal behavior of the compounds was studied by simultaneous thermal analysis and low temperature experiments. The results show the successful synthesis of six new RTILs. One of them is based on iodide ((1S2S)- and (1R2S)-2-[(ferrocenylcarbonyl)oxy]methylene-N-methyl- N-pentylpyrrolidine-1-ium iodide) and six RTILs contain NTf2– as counter ion. The diastereomeric mixture of compounds (1S2S)- and (1R2S)-N-butyl-2-[(ferrocenylcarbonyl)oxy]methylene-N-methylpyrrolidine-1-ium NTf2– exhibits the widest liquid range from -25 to +263 °C and the highest decomposition temperature of all compounds presented herein. Eleven single crystal structure analyses are presented. Three of them belong to compounds FcCH2N(CH3)2(CnH2n+1)I (with Fc = ferrocenyl and n = 1,2,3), then ferrocene monocarboxylic acid chloride, two of ether- as well as five ester-bridged compounds. Microcrystalline samples were characterized by X-ray powder diffractometry. Supplementary analyses by UV/Vis and IR spectroscopy as well as mass spectrometry and elemental analyses have been carried out. An important feature of ferrocene containing compounds is their redox potential which is determined with cyclic voltammetry. The formal potential of the Fe II /Fe III redox couple in the ether-bridged compounds is at +0.05 V and in the ester-bridged compounds independent from the type of anion at +0.28 V vs. ferro- cene/ferrocenium in acetonitrile. The I– anion shows as well redox activity with formal potentials at E(0,f,Fc) = -0.18 V and 0.22 V. The diffusion coefficients of the ester-bridged triflate and NTf2– compounds are in the order of 7·10−6 cm2/s, the heterogeneous rate constants in the order of 0.01 cm/s.