Lecture: Basic concepts of environmental physics, sustainable development, global warming, climate change, energy for humanity (fossil fuels, heat-to-work conversion, efficiency, chemical energy-to-work conversion, energy conservation and transport, pollution, renewable energy sources - solar, hydro, wave, bio-, nuclear). Emission transport (diffusion, river flow, groundwater, turbulence). Noise. environmental spectroscopy. Societal aspects of environmental physics, water purification, energy harvesting. Practicals: As part of the course, students will address one selected practical topic from the field of environmental physics, environmental physics, sustainability, environmental protection, etc. Students will learn about and practically try out laboratory work on a suitable topic (e.g. photocatalytic reactions, catalytic reactions, energy harvesting, water purification, construction of experimental sets for the application of nanomaterials in the environment, ecological preparation of nanomaterials).
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Journal literature, materials of institutions and state and regional organizations.
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Augusta, P. a kol. (2001). Velká kniha o energii. L.A.Consulting Agency.
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Boeker, E.; Grondelle, R. V. (2000). Enviromental Physics. J. Wiley.
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Holubová, R. (2006). Environmentální fyzika. Příručka pro distanční vzdělávání. UP Olomouc.
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Kubín, M. (2002). Elektroenergetika v Českých zemích. Panorama.
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