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Block of flats in Bystřice nad Pernštejnem
Němec, Jaroslav ; Kalánek, Jiří (referee) ; Ostrý, Milan (advisor)
Project documentation in stage construction of the new building a four-storey residential building in,, Bystřice nad Pernštejnem " with establishment of the veterinary ambulance, and 7 bulit garages located in Bystřice Pernštejnem. Block of flats has 8 units. The building is designed as a regular block with projecting first Above ground floor south, north and east. The cladding is made from blocks SENDWIX system with external plastic contact insulation and window construction with triple glazing. The building has a flat roof. Conceptually, the building was designed as a passive house with the class of heat transmission through the building envelope A-very economical.
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Block of flats in Bystřice nad Pernštejnem
Němec, Jaroslav ; Kalánek, Jiří (referee) ; Ostrý, Milan (advisor)
Project documentation in stage construction of the new building a four-storey residential building in,, Bystřice nad Pernštejnem " with establishment of the veterinary ambulance, and 7 bulit garages located in Bystřice Pernštejnem. Block of flats has 8 units. The building is designed as a regular block with projecting first Above ground floor south, north and east. The cladding is made from blocks SENDWIX system with external plastic contact insulation and window construction with triple glazing. The building has a flat roof. Conceptually, the building was designed as a passive house with the class of heat transmission through the building envelope A-very economical.
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X-ray imaging methods in veterinary medicine
KRONUSOVÁ, Kateřina
In modern times, the X-ray examination already has a permanent position in veterinary medicine when diagnosing various diseases. It is possible to use it to obtain detailed information about the shape, size, boundary, placement and even the internal structure of different organs. In order to get the largest amount of diagnostic information possible it is necessary that the X-ray examination be properly directed and executed with technological perfection. The results, i.e. the X-ray images, must be systematically, thoroughly and objectively analyzed and correctly incorporated into the overall clinical diagnosis. That{\crq}s why each X-ray worker must have a good knowledge of both medicinal and physical chemistry. The introduction of this thesis is dedicated to the general principles of a veterinary X-ray imaging such as exposure parameters or the geometry of a picture. Of course, the necessary protection against ionising radiation is also mentioned in this section. The central part of my work is composed of a summary and description of projections used in veterinary examining labs and clinics. I have focused primarily on dog and cat projections as they are the animals most frequently examined in veterinary clinics. Besides native projections, a certain part of my work is dedicated to examinations using contrast mediums. Another part is dedicated to the X-ray examination of exotic and small animals such as reptiles and birds. Throughout the paper, I have tried to use pictures as much as possible because I consider their example to be necessary in order to correctly understand the making of the projections. Since my goal was also to find out and analyse the utilisation rate of X-ray imaging methods in veterinary offices and clinics within the territory of the capital city of Prague, in the other part of my work there is elaborated information which was obtained with the help of questionnaires from veterinary work places and also information which was given to me by the State Office for Nuclear Safety.
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