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The aim of the diploma thesis is design a hotel in Žďár nad Sázavou. The hotel is designed for 36 guests. The building is with partial basement and it is composed of three parts. These parts have one, two and five above-ground floor. Structural system is frame and load-bearing elements are columns and beams. The roof is flat. Part of the design is also a thermal assessment and fire safety assessment.

The aim of a diploma thesis is design of a kidgarden in Humpolec in Highlands Region. The building is designed as a detached building with two above-ground floors and a partial basement. The building has four separate units of kidgarden. External walls are designed from aerated concrete blocks. Basement masonry is made of the permanent concrete formwork. The roof of the building is designed as flat. Project documentation was prepared according to valid legal and technical regulation.

The subject of my master´s thesis, called „ multifunctional house in Liberec” is to design and elaborate project documentation of the multifunctional house in Liberec. Design of the building respect Land Use Plan of the town on side, and existing build-up area on the street on the other side. Building has one underground floor and three above ground stories. The Ground Floor is partly roofed by flat roof. The third floor has terrace and it´s roofed by saddleback roof.

The aim of my master´s thesis is a design of mixed-use building. The new building is designed to be a permanent resident with offices and café. The objech has one basement and three above floor. In the basement is amenities of house, office premises and café. All the above floor are designed for housing. The object is on sloping terrain on the selected pieces of land in north-west part of city Ceske Budejovice. Structural system is from permanent formwork. The house is roofed with warm flat floor. Drawing part processed in a computer program Archicad.

Pentecostalism has always been regarded as a movement that does not have all the ecclesiastical qualities that qualify it to be called a fully-fledged tradition alongside other major streams of Protestantism. Contrary to popular theologies that undermine the great role that the Pentecostal tradition can play in the global church, modern Pentecostal theologies agree that most of the misconceptions and assumption are misplaced because the Pentecostal tradition is a rich tradition with vital elements and symbols necessary to advance the ecumenical goal of unity and reconciliation. Based on this perception that Pentecostal ecclesiology is ecumenical, this research critically analyses Pentecostal ecclesiology as portrayed by Kärkkäinen in order to determine its ecumenicity or relevance to the ecumenical goals of unity, tolerance and reconciliation. This research confronts the paternalistic assumptions and misconception that regard Pentecostalism as simply a superstitious and naive sect which is only relevant to the lower class by bringing out the different elements and symbols within the tradition that are vital for the success and development of the global church in a modern global context. Some of the critical elements and symbols within the Pentecostal tradition that are explored within this study include÷ unity in diversity, the mission nature of the church, experiences of the Spirit as portrayed in its Pneumatological Christology and Soteriology, its rapid adaptation to new global south contexts and critical elements of inclusivity and plurality as portrayed in the foundations of the tradition. / Philosophy, Practical and Systematic Theology

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The major objective of this thesis was to investigate how the use of a recently developed microprocessor-controlled limb system altered the negative mechanical work done by the intact and prosthetic limb when trans-femoral amputees terminated gait. Participants terminated gait on a level surface from their self-selected walking speed and on declined surface from slow and customary speeds, using limb system prosthesis with microprocessor active or inactive. Limb negative work, determined as the integral of the negative mechanical (external) limb power during the braking phase, was compared across surface, speed and microprocessor conditions. Halting gait was achieved predominantly from negative work done by the trailing/intact. Trailing versus leading limb mechanical work imbalance was similar to how able body individuals halted gait. Importantly, the negative limb work performed on the prosthetic side when terminating gait on declined surface was increased when the microprocessor was active for both slow and customary speeds (no difference on level surface) but no change on intact limb. This indicates the limb system’s ‘ramp-descent mode’ effectively/dynamically altered the hydraulic resistances at the respective joints with evidence indicating changes at the ankle were the key factor for increasing the prosthetic limb negative work contribution. Findings suggest that trans-femoral amputees became more assured using their prosthetic limb to arrest body centre of mass velocity when the limb system’s microprocessor was active. More generally findings suggest, trans-femoral amputees should obtain clinically significant biomechanical benefits from using a limb system prosthesis for locomotion involving adapting to their everyday walking where adaptations to an endlessly changing environment are required. / Higher Committee of Education Development in IRAQ (HCED)

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Grâce à ses propriétés (cohérence, brillance, durée), le rayonnement XUV femtoseconde produit par génération d'harmoniques d'ordre élevé est utilisé comme un processus de sonde pour l'étude de dynamiques atomiques et moléculaires, avec une bonne résolution spatiale et temporelle (femtoseconde voire attoseconde). Ainsi, des dynamiques rotationnelles ont été résolues sur des petits systèmes moléculaires (N2, CO2). Les travaux de cette thèse ont consisté à étendre les méthodes de spectroscopie harmoniques et les appliquer à des systèmes moléculaires complexes d'intérêt femtochimique. Parmi elles, nous présenterons la génération d'harmoniques à deux sources, le réseau transitoire d'excitation ou encore la génération d'harmoniques à deux couleurs. Ces techniques nous ont permis de résoudre des dynamiques femtosecondes dans N2O4 et SF6. La HHG est aussi utilisée comme source de rayonnement XUV, en jouant le rôle d'impulsion pompe lors d'expériences de type pompe-sonde. Cette approche a été utilisée pour l'étude du dichroïsme circulaire de photoélectrons de molécules chirales ionisées par un champ XUV harmonique de polarisation quasi circulaire. Nous nous attarderons à détailler la découverte de cette nouvelle source XUV femtoseconde de polarisation quasi circulaire. / High harmonic generation (HHG) spectroscopy has proven to be a promisingtool (like probe in pump-probe experiments) in revealing the atomic and molecular dynamicswith the potential for subangstrom spatial resolution and subfemtosecond temporalresolution. Then, rotational dynamics have been resolved on small molecular systems (N2,CO2). This thesis looks to extending HHG spectroscopy methods to probe the structureand the dynamic of complex molecular systems. We will describe the two sources highharmonic generation, the transient grating of excitation and the two-color high harmonicgeneration. We enable to resolve the femtosecond nuclear dynamics in N2O4 and SF6. HHGis also used like a XUV radiation source, playing the role of pump pulse. This approach hasbeen used for the study of photoelectron circular dichroism. An XUV harmonic field witha quasi-circular polarization ionizes chiral molecules. In this manuscript, we will developthis new femtosecond XUV and quasi circular polarization radiation.