National Repository of Grey Literature 4 records found  Search took 0.00 seconds. 
Study of thermal properties of phase change materials
Křivánková, Kateřina ; Krouská, Jitka (referee) ; Zmeškal, Oldřich (advisor)
The diploma thesis studies the thermal properties of materials, heat storage based on phase transformation. The aim of this study was to measure the thermal properties of materials using a heat accumulation phase transformation, particularly a commercial material available from the Phase Change Material Products Ltd. under the name PlusICE A118. Such materials are referred to as PCM (from Eng. Phase Change Material), and are used for instance as heat insulators in construction. First described the phase transformation of substances in general, then was defined accumulation of thermal energy. We have also described methods for determining the temperature (thermal analysis, stationary and transietní methods). Finally defined thermophysical parameters (thermal capacity, thermal conductivity, thermal conductivity), which were determined transient step method.
Latent heat thermal storage in solar air systems
Súkup, Tomáš ; Janírek, Martin Stanislav (referee) ; Charvát, Pavel (advisor)
In this paper an overview is prepared for the possibility of heat accumulation in the use of heating and hot water. In the next section is designed heat accumulator uses PCM materials for solar air system. Its properties are experimentally verified.
Study of thermal properties of phase change materials
Křivánková, Kateřina ; Krouská, Jitka (referee) ; Zmeškal, Oldřich (advisor)
The diploma thesis studies the thermal properties of materials, heat storage based on phase transformation. The aim of this study was to measure the thermal properties of materials using a heat accumulation phase transformation, particularly a commercial material available from the Phase Change Material Products Ltd. under the name PlusICE A118. Such materials are referred to as PCM (from Eng. Phase Change Material), and are used for instance as heat insulators in construction. First described the phase transformation of substances in general, then was defined accumulation of thermal energy. We have also described methods for determining the temperature (thermal analysis, stationary and transietní methods). Finally defined thermophysical parameters (thermal capacity, thermal conductivity, thermal conductivity), which were determined transient step method.
Latent heat thermal storage in solar air systems
Súkup, Tomáš ; Janírek, Martin Stanislav (referee) ; Charvát, Pavel (advisor)
In this paper an overview is prepared for the possibility of heat accumulation in the use of heating and hot water. In the next section is designed heat accumulator uses PCM materials for solar air system. Its properties are experimentally verified.

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