Abstract
Satellite monitoring systems can be used for remote monitoring of the atmosphere over a given area but they do not provide information on the state of pollution at a given time. Additional information could only be obtained after several days. Measurements from an aircraft may be obtained almost at real-time and in different geometries – vertical and horizontal. The future of this type of monitoring is remote-controlled unmanned aerial vehicles (airplanes, helicopters and balloons tethered), equipped with telemetric monitoring.
Highlights
Atmospheric pollution consists of dust, gases and liquid vapours emitted by natural sources or by anthropogenic sources
Gas pollution coming from natural sources is mostly: carbon oxide, carbon dioxide, sulphur dioxide, hydrogen sulphide and ammonia, while pollution of anthropogenic origin includes: nitrogen oxide, hydrocarbon, mercury vapour, carbon monoxides, sulphur monoxides and volatile organic compounds
The environmental vector velocity is determined on the basis of radial constituent for each direction
Summary
Affiliations and functions: professor, Military University of Technology, Faculty of Mechatronics and Aeronautical Engineering, Institute of Aeronautics. Tomasz RAPACKI, PhD, Eng. Education: MSc (Eng) 1963–1968 – Warsaw Military University of Technology, Faculty of Electronics; 1990 – PhD, Military University of Technology. Affiliations and functions: 1970–2003 from researcher to director of Institute of Radar Technology, Warsaw Military University of Technology; 2003 to present: AM Technologies Warsaw, Vice President. Education: MSc (Eng) degree in Fire Safety Engineering, The Main School of Fire Service (Warsaw), Faculty of Fire Safety Engineering; PhD studies in Institute of Fundamental Technological Research, Polish Academy of Sciences, Department of Computational Science, Specialization: civil engineering. Affiliations and functions: assistant professor, The Main School of Fire Service, Faculty of Fire Safety Engineering. Publications: author of 4 scientific articles (ISI Master Journal List)
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