Anfall radioaktiver Abfaelle in der Bundesrepublik Deutschland -Abfallerhebung fuer das Jahr 2000
Germany
Ueberwachung der baden-wuerttembergischen Umgebung kerntechnischer Anlagen auf Radioaktivitaet. Jahresbericht 2003
Germany
Humic substances in performance assessment of nuclear waste disposal: Actinide and iodine migration in the far-field Sec...
The present report describes progress within the second year of the EC-project ''Humic Substances in Performance Assessment of Nuclear Waste Disposal: Actinide and Iodine Migration in the Far-Field''. Without being a formal requirement of the commission or co-funding bodies, this report documents results in great technical detail. It is an open rep...
Biosphere models for safety assesment of radioactive waste disposal
Germany
KWL Lingen nuclear power plant. Technical annual report 2003 / KWL Kernkraftwerk Lingen. Technischer Jahresbericht 2003
Berichtszeitraum wurden die im Vorjahr begonnenen Arbeiten zur Herstellung der Infrastruktur fuer die Betriebsabfallentsorgung weiter fortgesetzt und konnten zum Jahresende weitgehend abgeschlossen werden: - Die Inbetriebsetzung der neuen Lueftungsanlage fuer den SE II-Betrieb ist mit der Einstellung der Luftmengen und der Druckstaffelung erfolgrei...
Forschungszentrum Rossendorf, Institute of Radiochemistry. Annual report 2003
Germany
SOPRO 2004 International workshop on sorption processes at oxide and carbonate mineral water interfaces
Germany
Behandlung radioaktiver Abfaelle - Routine oder Herausforderung? Proceedings
Germany
Radioactive waste arising in the Federal Republic of Germany. 2000 waste inquiry
The Federal Office for Radiation Protection performs an annual inquiry into the amounts of untreated radioactive residues as well as the conditioned radioactive wastes produced and intermediately stored and the amounts of wastes to be expected in the following year. This report comprises the results of this inquiry for the period until December 200...
ThO_2-based ceramic for fixation of minor actinides / ThO_2-basierte Keramik zur Fixierung von Minoren Actiniden
The minor actinides (Pu, Np, Am), which occur as decay products in nuclear reactors, are the most important nuclides determining the long-time risk of final disposal. Therefore after separation from the fission products the minor actinides must be finally disposed of in a safe matrix or they must be further processed as fuel. In this work, it was i...
