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6physics.htm

Journal of APPLIED BIOMEDICINE
ISSN 1214-0287 (on-line)
ISSN 1214-021X (printed)

Volume 1 (2003), No 1, p 41-48



Physics for radiological workers

Premysl Zaskodny

Address: Premysl Zaskodny, Institute of Medical Engineering anf Biophysics, Department of Mathematical and Statistical Methods, Faculty of Health and Social Care South Bohemian University, Matice skolske 17, 370 01 Ceske Budejovice, Czech Republic
pzaskodny@seznam.cz

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SUMMARY
The graduate of the undergraduate course "Imaging Methods and Applications of Ionizing Radiation" can work as a Radiological assistant (e.g. at the hospitals), a Radiological technologist (e.g. at the nuclear power stations) or a Radiological specialist (e.g. for the municipal authorities). The profile of the graduate will be elaborated on the basis of analytical-synthetic modelling. Analytical-synthetic model of the profile enables to find out the role of physics for radiological workers in the framework of the relevant undergraduate course. It will be presented by means of several illustrations of partial topics of physics for radiological workers.

KEY WORDS
analytical-synthetic modelling; undergraduate course of physics; the graduate; core curriculum; ilustration of partial topics


REFERENCES
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Van Deursen J, Zaskodny P: Analytical-synthetic modelling of investigated problem. Brochure of conference "Analytical-synthetic modelling of cognitive structures". Development and Research Centre of Didactic Institute, London 2001.

Zaskodny P: Theoretical mechanics in examples. Pedagogical Faculty, Ostrava 1986, 1991.

Zaskodny P: Description of didactic communication. Brochure of conference "Structural textbook and its creation". Development and Research Centre of Didactic Institute, London 2001a.

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Zaskodny P: Physics for radiological workers. Faculty of Health and Social Studies, Ceske Budejovice 2002.
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