Abstract
Activities for this part of the project continued earlier measuring work for input to a database on environmental contamination and transfer of radioactivity to food for another period of three years and were performed in collaboration with the Novosybkov division of the institute for radiation hygiene based in St. Petersburg. The results are summarized and present a particular success with a study of Ukranian partners who made an attempt to solve the relevant differential equations for transfer rate assessment, using the measured data not available to the authors of the Ecosys 87 report in 1990. The authors of this latest study found an interesting correlation between pH-values of the soil and radioactive contamination of the cover of grass. Integration of those data for calculation and simulation using the Ecomodel yielded satisfactory results in the modelling of long-time nuclide transfer used as an averaged value for a number of defined sites. The Ukrainian partners carried out initial investigations into the statistical nature of the nuclide transfer and likewise achieved promising results that can be incorporated in future into the transfer model. (orig./CB)
Citation Formats
Hille, R, Rohloff, F, Ramzaev, A, Skryabin, A, and Girij, V.
Scientific collaboration with the states of the former Soviet Union; scientific analysis, supplementation, and evaluation of data compiled for management of the consequences of the Chernobyl reactor accident. Final report on the scientific and technical results. Reporting period 1995-1997; Wissenschaftliche Zusammenarbeit mit den Staaten der frueheren Sowjetunion; wissenschaftliche Bearbeitung, Ergaenzung und Bewertung von Daten zur Bewaeltigung der Tschernobyl-Folgen. Abschlussbericht ueber die wissenschaftlich-technischen Ergebnisse. Berichtszeitraum 1995-1997.
Germany: N. p.,
1998.
Web.
Hille, R, Rohloff, F, Ramzaev, A, Skryabin, A, & Girij, V.
Scientific collaboration with the states of the former Soviet Union; scientific analysis, supplementation, and evaluation of data compiled for management of the consequences of the Chernobyl reactor accident. Final report on the scientific and technical results. Reporting period 1995-1997; Wissenschaftliche Zusammenarbeit mit den Staaten der frueheren Sowjetunion; wissenschaftliche Bearbeitung, Ergaenzung und Bewertung von Daten zur Bewaeltigung der Tschernobyl-Folgen. Abschlussbericht ueber die wissenschaftlich-technischen Ergebnisse. Berichtszeitraum 1995-1997.
Germany.
Hille, R, Rohloff, F, Ramzaev, A, Skryabin, A, and Girij, V.
1998.
"Scientific collaboration with the states of the former Soviet Union; scientific analysis, supplementation, and evaluation of data compiled for management of the consequences of the Chernobyl reactor accident. Final report on the scientific and technical results. Reporting period 1995-1997; Wissenschaftliche Zusammenarbeit mit den Staaten der frueheren Sowjetunion; wissenschaftliche Bearbeitung, Ergaenzung und Bewertung von Daten zur Bewaeltigung der Tschernobyl-Folgen. Abschlussbericht ueber die wissenschaftlich-technischen Ergebnisse. Berichtszeitraum 1995-1997."
Germany.
@misc{etde_10149422,
title = {Scientific collaboration with the states of the former Soviet Union; scientific analysis, supplementation, and evaluation of data compiled for management of the consequences of the Chernobyl reactor accident. Final report on the scientific and technical results. Reporting period 1995-1997; Wissenschaftliche Zusammenarbeit mit den Staaten der frueheren Sowjetunion; wissenschaftliche Bearbeitung, Ergaenzung und Bewertung von Daten zur Bewaeltigung der Tschernobyl-Folgen. Abschlussbericht ueber die wissenschaftlich-technischen Ergebnisse. Berichtszeitraum 1995-1997}
author = {Hille, R, Rohloff, F, Ramzaev, A, Skryabin, A, and Girij, V}
abstractNote = {Activities for this part of the project continued earlier measuring work for input to a database on environmental contamination and transfer of radioactivity to food for another period of three years and were performed in collaboration with the Novosybkov division of the institute for radiation hygiene based in St. Petersburg. The results are summarized and present a particular success with a study of Ukranian partners who made an attempt to solve the relevant differential equations for transfer rate assessment, using the measured data not available to the authors of the Ecosys 87 report in 1990. The authors of this latest study found an interesting correlation between pH-values of the soil and radioactive contamination of the cover of grass. Integration of those data for calculation and simulation using the Ecomodel yielded satisfactory results in the modelling of long-time nuclide transfer used as an averaged value for a number of defined sites. The Ukrainian partners carried out initial investigations into the statistical nature of the nuclide transfer and likewise achieved promising results that can be incorporated in future into the transfer model. (orig./CB)}
place = {Germany}
year = {1998}
month = {Apr}
}
title = {Scientific collaboration with the states of the former Soviet Union; scientific analysis, supplementation, and evaluation of data compiled for management of the consequences of the Chernobyl reactor accident. Final report on the scientific and technical results. Reporting period 1995-1997; Wissenschaftliche Zusammenarbeit mit den Staaten der frueheren Sowjetunion; wissenschaftliche Bearbeitung, Ergaenzung und Bewertung von Daten zur Bewaeltigung der Tschernobyl-Folgen. Abschlussbericht ueber die wissenschaftlich-technischen Ergebnisse. Berichtszeitraum 1995-1997}
author = {Hille, R, Rohloff, F, Ramzaev, A, Skryabin, A, and Girij, V}
abstractNote = {Activities for this part of the project continued earlier measuring work for input to a database on environmental contamination and transfer of radioactivity to food for another period of three years and were performed in collaboration with the Novosybkov division of the institute for radiation hygiene based in St. Petersburg. The results are summarized and present a particular success with a study of Ukranian partners who made an attempt to solve the relevant differential equations for transfer rate assessment, using the measured data not available to the authors of the Ecosys 87 report in 1990. The authors of this latest study found an interesting correlation between pH-values of the soil and radioactive contamination of the cover of grass. Integration of those data for calculation and simulation using the Ecomodel yielded satisfactory results in the modelling of long-time nuclide transfer used as an averaged value for a number of defined sites. The Ukrainian partners carried out initial investigations into the statistical nature of the nuclide transfer and likewise achieved promising results that can be incorporated in future into the transfer model. (orig./CB)}
place = {Germany}
year = {1998}
month = {Apr}
}