Radionuclide Source Term for HLW Glass, Spent Nuclear Fuel, and Compacted Hulls and End Pieces (CSD-C Waste) (KIT Scientific Reports ; 7624) von Bernhard Kienzler | ISBN 9783866449077

Radionuclide Source Term for HLW Glass, Spent Nuclear Fuel, and Compacted Hulls and End Pieces (CSD-C Waste) (KIT Scientific Reports ; 7624)

von Bernhard Kienzler, Marcus Altmaier, Christiane Bube und Volker Metz
Mitwirkende
Autor / AutorinBernhard Kienzler
Autor / AutorinMarcus Altmaier
Autor / AutorinChristiane Bube
Autor / AutorinVolker Metz
Buchcover Radionuclide Source Term for HLW Glass, Spent Nuclear Fuel, and Compacted Hulls and End Pieces (CSD-C Waste) (KIT Scientific Reports ; 7624) | Bernhard Kienzler | EAN 9783866449077 | ISBN 3-86644-907-0 | ISBN 978-3-86644-907-7

Radionuclide Source Term for HLW Glass, Spent Nuclear Fuel, and Compacted Hulls and End Pieces (CSD-C Waste) (KIT Scientific Reports ; 7624)

von Bernhard Kienzler, Marcus Altmaier, Christiane Bube und Volker Metz
Mitwirkende
Autor / AutorinBernhard Kienzler
Autor / AutorinMarcus Altmaier
Autor / AutorinChristiane Bube
Autor / AutorinVolker Metz
Source terms are derived for different scenarios of a potential final repository in the salt dome Gorleben, under the precondition that NaCl- or MgCl2-rich solutions are present. Kinetic and thermodynamic mobilization / retention and the influence of temperatures are discussed and the expected geochemical conditions are analyzed. Upper limit concentrations for the radionuclides Am, Th, U, Np, Pu, Tc, Zr and rare earth elements are derived for the simplified scenarios