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Ionic microclimate of buildings in the architectural design
Holopírková, Lucie ; Urbášková, Hana (referee) ; Eyer, David (referee) ; Meixner, Miloslav (advisor)
One of the main priorities of our society is to constantly increase the quality of life. Part of the new trends and technology is to optimize all factors affecting each individual in buildings at home, and in the work environment. Modern technology increasingly find inspiration in traditional materials and principles of architectural design. We can greatly affect the microclimate of buildings by suitable selection of material surfaces, ventilation systems and selection of structures that can affect the natural electromagnetic field of the Earth during the architectural design of buildings. And particular choice of the place where the building is located. In this thesis I focus on Ionic microclimate, which may be an indicator of a healthy environment and has a major impact on humans health and psychological well-being. I would like to contribute to the healthy and harmonious living and designing buildings in consideraion of sustainable development by my thesis.
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Ionic microclimate of buildings in the architectural design
Holopírková, Lucie ; Urbášková, Hana (referee) ; Eyer, David (referee) ; Meixner, Miloslav (advisor)
One of the main priorities of our society is to constantly increase the quality of life. Part of the new trends and technology is to optimize all factors affecting each individual in buildings at home, and in the work environment. Modern technology increasingly find inspiration in traditional materials and principles of architectural design. We can greatly affect the microclimate of buildings by suitable selection of material surfaces, ventilation systems and selection of structures that can affect the natural electromagnetic field of the Earth during the architectural design of buildings. And particular choice of the place where the building is located. In this thesis I focus on Ionic microclimate, which may be an indicator of a healthy environment and has a major impact on humans health and psychological well-being. I would like to contribute to the healthy and harmonious living and designing buildings in consideraion of sustainable development by my thesis.
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Mikroklima interiéru budov
Holopírková, Lucie
One of the main priorities of our society is to constantly increase the quality of life. Part of new trends and technology is the optimizing of all factors affecting every individual in buildings functioning as homes, and working environments. During the creation of the architectural design for a building, we can greatly influence the microclimate of the building by suitably selecting material surfaces, using different ventilation systems and selecting structures that can affect the Earth’s natural electromagnetic field. Ionic microclimate may be an indicator of a healthy environment and has a major impact on human health and psychological well-being.
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The influence of the ionization on the air dustiness in the pig weaners
MATĚJKOVÁ, Eva
The observation was performed in brick building for the pig weaners. The stabling was created as group litter pens. The porkers was batten on fodder. The aim of the work was evaluationed microclimate of stable and the influence of the ionization on the air dustiness. The temperature, the relative humidity, the rapidity of atmospheric circulation, the cooling-down temperature and dustiness was measured in the pig house. The ionization was practised in stable and than was evaluation the influence of the ionization on the air dustiness. From the measurement was found out, that the ionization of the air was positive affect low particle concentration of dust. Effect of the ionization on the air was the highest during feeding-time.
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The influence of the ionization on the air dustiness in the farrowing house
BROŽOVÁ, Jindřiška
Air ionization is a method used at air treatment of closed spaces. Properly applied air ionization improves health condition of bred animals, lowers the costs of pharmaceuticals and increases their efficiency. Negative ions attach themselves to particles of dust causing them to drop to the ground. The aim of the thesis was to analyse the influence of air ionization on air dustiness in a relation to temperature changes and relative air humidity in a farrowing house for sows. The farm used litter in the lairage pens. Sows were fed with dampened mixture. By the help of a data logger was measured the temperature [°C] and the relative air humidity [%]. The readings were recorded at hourly interval. Speed of the air circulation [m.s-1] in the stall and the cooling power [mcal.cm-2.s-1] were measured in the resting stage. The air dustiness in the stall was measured on the level of a lying sow in the state of resting, activity and after an activity. The data of the concentration of dust molecules in the air were recorded at interval of 10 seconds. The length of the measuring for each period was set for 8 minutes. The size adjustment of the dust molecules wasn?t specified. On selected days was applied the air ionization. At high temperature and relative humidity it came to binding of ions to the molecules of dust. At low temperature, high relative humidity and reduced intensity of air change in the stall the ionization didn?t have any influence on the dustiness because the dust settled as a result of the relative air humidity.
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