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National Repository of Grey Literature 6 records found  Search took 0.00 seconds. 
Verification of the process of measurement of thermal conductivity and heat capacity of building materials using the hot-wire method
 Průša, David ; Šot, František (referee) ; Šťastník, Stanislav (advisor)
This aim of task deals with the study of heat dissipation mechanisms and description of physical phenomena accompanying non-stationary measurements by hot wire method. Particular attention is given to the coefficient of thermal conductivity and it´s dependence on temperature, humidity, density and porosity. These principles are used to design a simple non-stationary device based on regular heating process and deals with measuring of thermal conductivity and thermal capacity by hot wire method. In the second part are presented previous knowledge and enlargement on new principles of measuring thermal conductivity and thermal capacity.
Detailed record
Study of applicability of suitable materials for long-term storage of heat energy
 Bukvová, Veronika ; Šot, František (referee) ; Šťastník, Stanislav (advisor)
This bachelor thesis deals with appropriate ways of storing thermal energy and selection of materials for a high capacity storage unit. The thesis describes technologies currently used for long-term storage of thermal energy, structural arrangement of the thermal unit, physical properties of the materials usable for construction of high-temperature storage units and the utilization of these materials. The thesis also describes the measuring procedure of the material characteristics and the method of evaluation.
Detailed record
Study of thermal conditions and the appropriate materials for construction of the energy reservoir for long term storage in the conditions of climate CR
 Bukvová, Veronika ; Šot, František (referee) ; Šťastník, Stanislav (advisor)
Presented work deals with appropriate ways of storing thermal energy and selection of materials for a high capacity storage unit. The thesis describes technologies currently used for long-term storage of thermal energy, the structural arrangement of the thermal unit, physical properties of the materials usable for construction of high-temperature storage units and the utilization of these materials. The thesis also describes the measuring procedure of the material characteristics and the method of evaluation. Size of the solar collector and the required volume of the storage for heat supplying of the selected building in the climatic conditions of the Czech Republic were designed.
Detailed record
Study of thermal conditions and the appropriate materials for construction of the energy reservoir for long term storage in the conditions of climate CR
 Bukvová, Veronika ; Šot, František (referee) ; Šťastník, Stanislav (advisor)
Presented work deals with appropriate ways of storing thermal energy and selection of materials for a high capacity storage unit. The thesis describes technologies currently used for long-term storage of thermal energy, the structural arrangement of the thermal unit, physical properties of the materials usable for construction of high-temperature storage units and the utilization of these materials. The thesis also describes the measuring procedure of the material characteristics and the method of evaluation. Size of the solar collector and the required volume of the storage for heat supplying of the selected building in the climatic conditions of the Czech Republic were designed.
Detailed record
Verification of the process of measurement of thermal conductivity and heat capacity of building materials using the hot-wire method
 Průša, David ; Šot, František (referee) ; Šťastník, Stanislav (advisor)
This aim of task deals with the study of heat dissipation mechanisms and description of physical phenomena accompanying non-stationary measurements by hot wire method. Particular attention is given to the coefficient of thermal conductivity and it´s dependence on temperature, humidity, density and porosity. These principles are used to design a simple non-stationary device based on regular heating process and deals with measuring of thermal conductivity and thermal capacity by hot wire method. In the second part are presented previous knowledge and enlargement on new principles of measuring thermal conductivity and thermal capacity.
Detailed record
Study of applicability of suitable materials for long-term storage of heat energy
 Bukvová, Veronika ; Šot, František (referee) ; Šťastník, Stanislav (advisor)
This bachelor thesis deals with appropriate ways of storing thermal energy and selection of materials for a high capacity storage unit. The thesis describes technologies currently used for long-term storage of thermal energy, structural arrangement of the thermal unit, physical properties of the materials usable for construction of high-temperature storage units and the utilization of these materials. The thesis also describes the measuring procedure of the material characteristics and the method of evaluation.
Detailed record

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