Individual course details
Study programme General Physics
Chosen research area (module)  
Nature and level of studies Master Studies
Name of the course Ecology for Physicists
Professor (lectures) Dragoljub Belic
Professor/associate (examples/practical)  
Professor/associate (additional)  
ECTS 3 Status (required/elective) required
Access requirements Atomic and Molecular Physics
Aims of the course To introduce students to the problems of environmental pollution and highlight the role of physics in measuring pollution levels and ways of solving pressing environmental problems.
Learning outcomes The adoption of the basic concepts and definitions in the field of physics of ecology. Introduction to physical methods and procedures used to identify and determine the concentration of certain pollutants in air and water. Review of methods and procedures used for the purification of polluted gases and waste water. To introduce basic heat load of the environment and the impact of traffic on the state of the environment. Getting to know the potential sources of clean energy in the future. Role and development fusion energy. Introduction to the global effects of pollution of the Earth's atmosphere.
Contents of the course
Lectures The biosphere and ecology, pollution problems. Information systems in the field of protection and improvement of the environment. The criteria and measures for the protection and environmental quality. The causes of pollution and systematization of origin of pollutants. Pollution of water. Protection of water, purification methods. New trends in the protection of water from pollution. Modern methods for detection of air pollution. Chemical and physical-chemistry methods of air purification. Physical methods of purification of polluted waste gases. Global effects: the greenhouse effect, acid rain, the ozone holes. The use of natural resources and environmental degradation. Urban planning. Load environment from energy activities. Nuclear plants and the environment. Methods of analysis of the composition of exhaust gases from motor vehicles. The tendencies of future development of motor vehicles. Noise as a specific form of pollution. Noise protection. Air pollution, pollutant concentration calculations. Air pollution and corrosion, protection of material goods. Non-waste technology. Recycling model for the utilization of energy and raw materials. Problems of heat load environment. The energy sources of the future.
Examples/ practical classes The practical classes are held in two forms. One is preparation of seminars by students choice and interest to one of 25 given topics, and the other is a practical introduction to devices that are used to detect air pollutants and measuring their concentrations in laboratory, as well as visits to institutions that are professionally engaged in this issue.
Recommended books
1 Physics and ecology, university textbook, DS Belic , Faculty of Physics , University of Belgrade , Studio Plus, Belgrade, in 1992.
2 Environmental Protection Agency : www.epa.gov
3  
4  
5  
Number of classes (weekly)
Lectures Examples&practicals   Student project Additional
2 2 0    
Teaching and learning methods Lectures (theoretical elaboration of thematic units, research seminars), calculation exercises, experimental work ( experimental exercises, demonstration experiments, working in research labs) .
Assessment (maximal 100)
assesed coursework mark examination mark
coursework 15 written examination 20
practicals 20 oral examination 30
papers 15    
presentations