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A. Melintescu
Researcher at Yahoo!
Publications - 34
Citations - 1024
A. Melintescu is an academic researcher from Yahoo!. The author has contributed to research in topics: Tritiated water & Population. The author has an hindex of 15, co-authored 32 publications receiving 898 citations.
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Handbook of Parameter Values for the Prediction of Radionuclide Transfer in Terrestrial and Freshwater Environments
Mikhail Balonov,Catherine L. Barnett,M. Belli,Nicholas A. Beresford,V. Berkovsky,Peter Bossew,Patrick Boyer,John E. Brittain,P. Calmon,F. Carini,Y.H. Choi,P. Ciffroy,C. Colle,S. Conney,P. Davis,G. Durrieu,Sabine Ehlken,Sergey Fesenko,D. Galeriu,L. Garcia-Sanchez,J.-M. Garnier,Martin H. Gerzabek,C.J. Gil-García,Vladislav Golikov,A.M. Gondin Fonseca,Brenda J. Howard,Alexander Hubmer,N. Isamov,F. Jourdain,L. Jova Sed,J. Juri Ayub,Valery Kashparov,Gerald Kirchner,V. Krasnov,E. Leclerc,Herbert Lettner,G. Linsley,D. Louvat,C. Madoz-Escande,P. Martin,A. Melintescu,Luigi Monte,G. Olyslaegers,O. Orlov,S.E. Palsson,Raúl Periáñez,S.R. Peterson,G. Pröhl,A. Rantavaara,P.M. Ravi,E. Reed,Anna Rigol,Umberto Sansone,Sanzharova Ni,R. Saxén,Z.R. Shang,G. Shaw,O. Shubina,F. Siclet,Lavrans Skuterud,Jim T. Smith,F. Strebl,Keiko Tagami,C. Tamponnet,Yves Thiry,S. Uchida,Hildegarde Vandenhove,B. Varga,H. Velasco,Miquel Vidal,Gabriele Voigt,Tamara L. Yankovich,L. Zeiller,G. Zibold +73 more
TL;DR: The IAEA has published materials aimed at supporting the assessment of radiation impacts on human beings and the environment as discussed by the authors, including two major publications, Sediment Kd======¯¯¯¯s and Concentration Factors for Radionuclides in the Marine Environment (Technical Reports Series No. 247), published in 1985, and the Handbook of Parameter Values for the Prediction of radionuclide (Transfer in Temperate Environments) published in 1994, together provided a full set of available transfer parameter values for the marine, freshwater and terrestrial environments.
Quantification of Radionuclide Transfer in Terrestrialand Freshwater Environments for Radiological Assessments.IAEA-TECDOC-1616
Catherine L. Barnett,M. Belli,Nicholas A. Beresford,Peter Bossew,Patrick Boyer,John E. Brittain,P. Calmon,F. Carini,Y.H. Choi,P. Ciffroy,C. Colle,S. Conney,P. Davis,G. Durrieu,Sabine Ehlken,Sergey Fesenko,D. Galeriu,L. Garcia-Sanchez,J.-M. Garnier,Martin H. Gerzabek,C.J. Gil-García,Vladislav Golikov,A. Gondin da Fonseca,Brenda J. Howard,Alexander Hubmer,F. Jourdain,J. Juri Ayub,Valery Kashparov,Gerald Kirchner,V. Krasnov,E. Leclerc,Herbert Lettner,C. Madoz-Escande,P. Martin,A. Melintescu,Luigi Monte,G. Olyslaegers,O. Orlov,S.E. Palsson,Raúl Periáñez,S.R. Peterson,G. Pröhl,A. Rantavaara,P.M. Ravi,E. Reed,Anna Rigol,Umberto Sansone,Sanzharova Ni,R. Saxén,Z.R. Shang,G. Show,O. Shubina,F. Siclet,Lavrans Skuterud,Jim T. Smith,F. Strebl,Keiko Tagami,C. Tamponnet,Yves Thiry,M C Thorne,S. Uchida,Hildegarde Vandenhove,B. Varga,H. Velasco,Miquel Vidal,G. Voight,Tamara L. Yankovich,G. Zibold,L. Zeiller +68 more
TL;DR: The IAEA Technical Reports Series No. 364, Handbook of Parameter Values as discussed by the authors is a set of documents aimed at the limitation of the radiation exposure of the population from various nuclear activities and has been quoted in numerous impact assessments.
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An overview of organically bound tritium experiments in plants following a short atmospheric HTO exposure.
TL;DR: The present study is a preliminary step for the development of a robust model of crop contamination after an HTO accidental release and presents an overview of the relevant experimental data for the short term exposure.
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Modelling 3H and 14C transfer to farm animals and their products under steady state conditions.
TL;DR: Approaches are described which enable the prediction of (14)C and (3)H transfer parameter values from readily available information on the stable H or C concentration of animal feeds, tissues and milk, water turnover rates, and feed intakes and digestibilities.
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Radon-222 related influence on ambient gamma dose.
A. Melintescu,Scott D. Chambers,Jagoda Crawford,Alastair G. Williams,Bogdan Zorilă,D. Galeriu +5 more
TL;DR: Combined use of the automated event detection method and the simple model of this study could enable the ambient gamma dose "attention limit" to be reduced from 200 to 400% above background to 25-50%.