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The effect of thermal conductivity on the heat storage efficiency

By Martin Steidl

Abstract

The diploma thesis is focused on the dependence of heat storage on thermal conductivity, which is characterized by the thermal conductivity coefficient. Two basic materials were chosen for the measurements – universal plaster mixture and gypsum plaster. The thermal conductivity of the materials was increased by adding milled graphite powder, which conducts the heat very well. The taken samples were then examined for differences in the behaviour in the non-stationary thermal field and thermal-technical parameters – the specific heat capacity and the thermal conductivity coefficient – were determined

Topics: Thermal conductivity of material Heat storage of material Thermal absorbing of material Graphite Thermal technology; Tepelná vodivost materiálu Tepelná akumulace materiálu Tepelná jímavost materiálu Grafit Tepelná technika
Publisher: Vysoké učení technické v Brně. Fakulta stavební
Year: 2016
OAI identifier: oai:invenio.nusl.cz:240126
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