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National Repository of Grey Literature 3 records found  Search took 0.03 seconds. 
Energy conversion systems for nuclear power plants with soduim fast reactor (SFR)
 Netopilová, Petra ; Šen, Hugo (referee) ; Matal, Oldřich (advisor)
The aim of the dissertation is proposing and solving energy convection systems for nuc-lear power plants with a sodium fast reactor of the 4th generation. The first part of the dissertation deals with collection and evaluation of information available about nuclear power plants with sodium fast reactor which use nuclear or non-nuclear reheating to increase thermal efficiency. On the basis of the acquired information, thermal schemes are developed and thermal effi-ciency is determined for the systems working in both Rankine thermal cycle and Brayton thermal cycle. In the further part of the dissertation thermal calculation of the reheater for nuclear and non-nuclear reheating is made for the systems working in Rankine thermal cycle. At the end of this dissertation, an apparatus suitable for these systems is suggested and the systems are evaluated in terms of technical implementation and nuclear safety.
Detailed record
Biomass boilers
 Netopilová, Petra ; Lisý, Martin (referee) ; Baláš, Marek (advisor)
This bachelor´s thesis concerns with the biomass boilers and the biomass as a renewable source of energy. The first part informs us about renewables sources of energy, concerns with biomass and with production of fuel from biomass. The second part describes the biomass boilers. Bellow it shows the possibillities of heating, which the todays market is able to offer us. It mainly deals with the posswibillities of haeting of biomass and compares the most economical boiler, which is used for different fuel. The calculating part is specialized in comparing of biomass boilers with gas boiler from economical standpoint.
Detailed record
Energy conversion systems for nuclear power plants with soduim fast reactor (SFR)
 Netopilová, Petra ; Šen, Hugo (referee) ; Matal, Oldřich (advisor)
The aim of the dissertation is proposing and solving energy convection systems for nuc-lear power plants with a sodium fast reactor of the 4th generation. The first part of the dissertation deals with collection and evaluation of information available about nuclear power plants with sodium fast reactor which use nuclear or non-nuclear reheating to increase thermal efficiency. On the basis of the acquired information, thermal schemes are developed and thermal effi-ciency is determined for the systems working in both Rankine thermal cycle and Brayton thermal cycle. In the further part of the dissertation thermal calculation of the reheater for nuclear and non-nuclear reheating is made for the systems working in Rankine thermal cycle. At the end of this dissertation, an apparatus suitable for these systems is suggested and the systems are evaluated in terms of technical implementation and nuclear safety.
Detailed record

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