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The Science of the Total Environment|October 1, 1985
Risk assessment for indoor exposure to radon daughtersW Jacobi, H G ParetzkeRadiation and Environmental Biophysics|January 1, 1982
Possible future trends of radiation exposure by carbon 14M Matthies, H G ParetzkeRadiation Research|September 14, 2001
Track structures and dose distributions from decays of (131)I and (125)I in and around water spheres simulating micrometastases of differentiated thyroid cancerW B Li, W Friedland, E Pomplun, et al.Radiation and Environmental Biophysics|February 1, 1996
Scientific recommendations for the reconstruction of radiation doses due to the reactor accident at ChernobylG Voigt, H G ParetzkeHealth Physics|November 1, 1992
137Cs uptake with cafeteria food after the Chernobyl accidentG Voigt, H G ParetzkeRadiation Protection Dosimetry|December 30, 2004
Interpretation by modelling of observations in radon radiation carcinogenesisW F Heidenreich, H G ParetzkeHealth Physics|February 24, 2001
Age- and sex-specific relative thyroid radiation exposure to 131I in Ukraine after the Chernobyl accidentW F Heidenreich, I Kayro, M Chepurny, et al.Radiation and Environmental Biophysics|November 30, 2000
Stochastic aspects and uncertainties in the prechemical and chemical stages of electron tracks in liquid water: a quantitative analysis based on Monte Carlo simulationsF Ballarini, M Biaggi, M Merzagora, et al.Radiation Research|October 18, 2001
The two-stage clonal expansion model as an example of a biologically based model of radiation-induced cancerW F Heidenreich, H G ParetzkeRadiation Research|October 31, 2008
Promotion of initiated cells by radiation-induced cell inactivationW F Heidenreich, H G ParetzkePageof 62