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1	Postprandiální termofílie u gekončíka nočního (\kur{Eublepharis macularius}) / Postprandial termophily in leopard gecko (\kur{Eublepharis macularius}). MAREČKOVÁ, Iva January 2012 (has links) This thesis deals with the postprandial thermophilia by the species \kur{Eublepharis macularius}. Research took place in the laboratory conditions with artificially created temperature gradient. 11 individuals of different age, gender and weight were chosen for my experiment. Surveying were in progress 8 hours before and 16 hours after feeding of animals. The experiment was repeated 3 times as surveying and once as a blind test. Although the temperature preference during the individual surveyings was changing, the postprandial thermophilia was not proved by statistic assessment of the experiments for sp. Eublepharis macularius. The thesis contains a literary review about the studied species, summary of published results dealing with postprandial thermophilia observed at reptiles, methodology of the experiment, results and discussion.
2	Doplňkový větrací systém kabiny vozu poháněný fotovoltaickým panelem / Car Cabin Aditional Ventilation System Powered by Photovoltaic Panel Zdvořilý, Vítek January 2016 (has links) The aim of the Master thesis is to design and verify the function of the system for the ventilation of parked car in the summer season with the intention to cut down the temperature peak in the cabin of the vehicle. The design of the system consists of the suitable placement of the fans and corresponding inlets and outlets for the flowing of the ventilating air. The fans are powered by a photovoltaic panel. The functionality of the system is verified by the measuring of the temperature drop in the cabin of the car. The ambient conditions for the setting of the intensity of solar radiation and of the ambient temperature have been chosen from the real measurements from TUBO station which is meteorological station of the Faculty of Civil Engineering of BUT Brno.
3	STUDY OF TRANSIENT BEHAVIOR OF THE EVAPORATOR OF THE MICRO LOOP HEAT PIPE AND MODIFICATIONS TO THE EXISTING GLOBAL MODEL PONUGOTI, PRIYANKA 02 October 2006 (has links) No description available. Engineering, Mechanical Loop Heat Pipe LHP CPL Heat pipes Ansys Temperature drop pressure drop condenser design global model
4	OPTIMAL SOLUTIONS FOR PRESSURE LOSS AND TEMPERATURE DROP THROUGH THE TOP CAP OF THE EVAPORATOR OF THE MICRO LOOP HEAT PIPE ARRAGATTU, PRAVEEN KUMAR 02 October 2006 (has links) No description available. Engineering, Mechanical LHP Loop Heat Pipe CPL Heat Pipes Electronics Cooling Pressure drop Temperature Drop Fluent Ansys CPS Wick Microchannel porosity modeling

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