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Airconditioning system for intensive care unit
Bosák, Jan ; Tesař, Zdeněk (referee) ; Rubina, Aleš (advisor)
The brachelor's dissertation deals airconditioning system, that operate clean spaces in the hospital. System is divide for two separate working unit. The first system operate surgical intesive care unit and next near spaces. The second system operate bed's rooms and their near spaces. The first systém shoulds smother thermal load operate's rooms in summer time and hot air ventilation in winter time. The second system does hot air ventilation whole year and It is refill fan-coils for smother thermal load. Both of them can adjust air humidity. Theory part of dissertation deals clean spaces with specialization on hospitals, for example operating theatre and intensive care unit.
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Theoretical use of nanotechnology for filtration in HVAC systems
Bosák, Jan ; Ell, Jiří (referee) ; Rubina, Aleš (advisor)
Thesis solves problems using the nanotechnology for air filtration in HVAC systems. Main specialization work is air filtration for clean spaces with high classes of purity. For example Hospitals, sophisticated technology service, pharmacy etc. Thesis is devide for three parts. First part contains foundation infromations about theory and making fabrics by nanotechnology. Next I described laws of physics, That were using during the solving filtration´s issues. Goal for second part was making the experiments, which should show abilities and properties nanofilters during the air filtration in real environment HVAC systems. In the end measure part is compare nanofilters with common filters. There is describe nanofiltres behavior and their possibilies during the filtration as well as. In last part I expressed own opinions on air filtration by nanofibers. Opinions were making throught informations, That I found out in the process working on thesis and my experiences in HVAC field. By this facts I did compare for get a better idea. Additionally last part contains summary infomations from previously parts and own vision to development in the future. Goal work isn´t promotion and advertising sorts technologies. Ask is just summary and describe discovered knowledges, considered opinions ensue from measuring, information from the Net and people Who work in nanotechnology field.
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Theoretical use of nanotechnology for filtration in HVAC systems
Bosák, Jan ; Ell, Jiří (referee) ; Rubina, Aleš (advisor)
Thesis solves problems using the nanotechnology for air filtration in HVAC systems. Main specialization work is air filtration for clean spaces with high classes of purity. For example Hospitals, sophisticated technology service, pharmacy etc. Thesis is devide for three parts. First part contains foundation infromations about theory and making fabrics by nanotechnology. Next I described laws of physics, That were using during the solving filtration´s issues. Goal for second part was making the experiments, which should show abilities and properties nanofilters during the air filtration in real environment HVAC systems. In the end measure part is compare nanofilters with common filters. There is describe nanofiltres behavior and their possibilies during the filtration as well as. In last part I expressed own opinions on air filtration by nanofibers. Opinions were making throught informations, That I found out in the process working on thesis and my experiences in HVAC field. By this facts I did compare for get a better idea. Additionally last part contains summary infomations from previously parts and own vision to development in the future. Goal work isn´t promotion and advertising sorts technologies. Ask is just summary and describe discovered knowledges, considered opinions ensue from measuring, information from the Net and people Who work in nanotechnology field.
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Airconditioning system for intensive care unit
Bosák, Jan ; Tesař, Zdeněk (referee) ; Rubina, Aleš (advisor)
The brachelor's dissertation deals airconditioning system, that operate clean spaces in the hospital. System is divide for two separate working unit. The first system operate surgical intesive care unit and next near spaces. The second system operate bed's rooms and their near spaces. The first systém shoulds smother thermal load operate's rooms in summer time and hot air ventilation in winter time. The second system does hot air ventilation whole year and It is refill fan-coils for smother thermal load. Both of them can adjust air humidity. Theory part of dissertation deals clean spaces with specialization on hospitals, for example operating theatre and intensive care unit.
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