Specimens of typical reactor pressure vessel stells were irradiated in the 70 MWel Rheinsberg test reactor between 1984 and 1988 to obtain reliable fracture mechanical and mechanical-technological data on neutron embrittled steels. The investigations, reported on here, aimed at the theoretical and experimental determination of all needed parameters of neutron exposure. After describing the methodical approach and presenting the gained results, possible sources of error are discussed in detail. The overall approach, partially developed in the frame of this project, comprises the pure calculational part, the extraction of the fluence monitors (neutron activation probes) and their gamma spectrometric analysis, the comparison of experimental an...
For the prediction of radiation embrittlement of RPV materials beyond the NPP design time the analys...
Activation calculations are an important tool for the investigation of materials behaviour under neu...
Der Reaktordruckbehälter (RDB) zählt zu den nicht auswechselbaren Komponenten eines Kernkraftwerkes ...
In this report is described the theoretical and experimental determination of all needed parameters ...
The investigations, reported on here, are aimed at the theoretical and experimental determination of...
Neutron embrittlement is a special issue for the VVER-type reactors. One of the fundamentals for a r...
For irradiations of large steel specimens which are planned in the framework of a research programme...
After a summary of the effects of neutron irradiation on RPV-steels and its crucial parameters an ov...
For the German project "Forschungsvorhaben Komponentensicherheit" (FKS, i. e., Structural Integrity ...
The results of a project sponsored by the German Bundesministerium fuer Bildung, Wissenschaft, Forsc...
In diesem Projekt wurden für die WWER-1000-Reaktoren Balakovo-3 und Rovno-3 die Parameter der Neutro...
The present work investigates neutron-irradiated EUROFER97 by high-temperature indentation. Before, ...
The reactor pressure vessel (RPV) represents one of the most important safety components in a nuclea...
For preparation of the decommissioning of VVER type reactors a method has been developed by example ...
Using nuclear power for energy generation, pressure vessel walls are exposed to neutron fluences of ...
For the prediction of radiation embrittlement of RPV materials beyond the NPP design time the analys...
Activation calculations are an important tool for the investigation of materials behaviour under neu...
Der Reaktordruckbehälter (RDB) zählt zu den nicht auswechselbaren Komponenten eines Kernkraftwerkes ...
In this report is described the theoretical and experimental determination of all needed parameters ...
The investigations, reported on here, are aimed at the theoretical and experimental determination of...
Neutron embrittlement is a special issue for the VVER-type reactors. One of the fundamentals for a r...
For irradiations of large steel specimens which are planned in the framework of a research programme...
After a summary of the effects of neutron irradiation on RPV-steels and its crucial parameters an ov...
For the German project "Forschungsvorhaben Komponentensicherheit" (FKS, i. e., Structural Integrity ...
The results of a project sponsored by the German Bundesministerium fuer Bildung, Wissenschaft, Forsc...
In diesem Projekt wurden für die WWER-1000-Reaktoren Balakovo-3 und Rovno-3 die Parameter der Neutro...
The present work investigates neutron-irradiated EUROFER97 by high-temperature indentation. Before, ...
The reactor pressure vessel (RPV) represents one of the most important safety components in a nuclea...
For preparation of the decommissioning of VVER type reactors a method has been developed by example ...
Using nuclear power for energy generation, pressure vessel walls are exposed to neutron fluences of ...
For the prediction of radiation embrittlement of RPV materials beyond the NPP design time the analys...
Activation calculations are an important tool for the investigation of materials behaviour under neu...
Der Reaktordruckbehälter (RDB) zählt zu den nicht auswechselbaren Komponenten eines Kernkraftwerkes ...