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Study on radon dispersion modes from the U-mine disposal sites at Žirovski Vrh (Slovenia)

Published online by Cambridge University Press:  06 June 2009

J. Barescut ,
M. J. Križman ,
J. E. Peter  and
J. Rojc
M. J. Križman
Affiliation:
Slovenian Nuclear Safety Administration, 1000 Ljubljana, Slovenia
J. E. Peter
Affiliation:
Federal Office for Radiation Protection, 85764 Oberschleissheim, Germany
J. Rojc
Affiliation:
Žirovski Vrh Mine, 4224 Gorenja vas, Slovenia
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Abstract

Long-term averages of outdoor radon levels give no information on time and spatial behaviour of dispersed radon that exhales from U-mine disposal sites. A comprehensive network of automatic stations for continuous measurements of short-lived radon decay products was installed in the early nineties at the Žirovski Vrh uranium mine. The instruments were positioned at key locations, on-site and off-site uranium mining area, and recorded EEC levels, alpha spectra, and local temperatures, all at least on hourly basis. Analyses of simultaneous records of EEC time series from several locations and analyses of corresponding alpha spectra gave more detailed information on characteristic patterns of radon behaviour and its dispersion from the sites under study. The identified modes of radon dispersion, depending on the presence and type of temperature inversion and the related major findings on the radon impact to the environment are shortly presented.

Type
Research Article
Information
Radioprotection , Volume 44 , Issue 5: ECORAD 2008 - Radioecology and Environmental Radioactivity , 2009 , pp. 469 - 474
Copyright
© EDP Sciences, 2009

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References

M. Križman and P. Stegnar, Radiation Protection Dosimetry 45 (1992) 723–728.
J.E. Peter and M. Križman, Long-term measurements of radon and its decay products in the environment by continuous α-spectrometry (in German), in Proceedings of 26th Annual meeting of Fachverbandes fur Strahlenschutz - “Strahlenschutz: Physik und Messtechnik”, Karlsruhe, 24–26 May, 1994, edited by W. Kölzer and R. Maushart (TUV Reinland, Kòln, 1994), pp. 792–797.
J. Peter, Environmental Impact of the Uranium Mine (in German), GSF End Report, published by Bayerisches StMLU, München, 1994, pp. 1–67.
S. Bernhard, C. Gibaud, J.F. Pineau, F. Sarradin and Y. Vauzelle, Time integrated measurements of potential alpha energy (PAE) due to short-lived decay products of radon 220 and 222 in the environment, in Proceedings of the 9th International Congress of the International Radiation Protection Association, Vienna, 14–19 April 1996, (Vol. 2, IRPA, Seibersdorf 1996), pp. 144–146.
S. Raviart, P. Richon, D. Haristoy, M.C. Robé, Y. Belot, M. Kümmel, C. Düshe W. Ullman, Environment International 2 (1996) S279–S286.
P. Martin, S. Tims, B. Ryan and A. Böllhofer, Journal of Environ. Radioactivity 76 (2004) 35–49.