Add to ORKGSIGLECopy held by FIZ Karlsruhe; available from UB/TIB Hannover / FIZ - Fachinformationszzentrum Karlsruhe / TIB - Technische InformationsbibliothekDEGerman
The Cold Finger Apparatus (KühlFinger-Apparatur – KüFA) in operation at JRC-ITU is designed to exper...
The current paper reports the results of gamma spectroscopic burn-up determination and KüFA safety t...
The central aspect of the safety philosophy for a small HTR is the retention of fission products, pa...
The release of fission products from failed fuel particles was measured under simulated accident (co...
Three tests have provided additional data on fission product release under LWR accident conditions i...
The High Temperature Reactor (HTR) is characterised by an advanced design with passive safety featur...
A new furnace for accident condition testing of spherical high temperature reactor fuel elements has...
With the construction of the cold finger apparatus a new method has been developed to determine fiss...
The quality of the spherical HTR fuel elements containing UO_2-TRISO particles is such that both und...
The central aspect of the safety philosophy for a small HTR is the retention of fission products, pa...
An important aspect of the safety of high temperature reactors is the quality of the nuclear fuel an...
The Cold Finger Apparatus (KüFA) is used to examine the combined effects of Depressurization and Los...
This report contains all the details of the results presented in Jul-2234 (or the German original Ju...
The experiments Phébus FP FPT-0 to FPT-3 tests conducted by IRSN have produced a large quantity of d...
This report makes the attempt to summarize the state of knowledge with respect to the modeling of fi...
The Cold Finger Apparatus (KühlFinger-Apparatur – KüFA) in operation at JRC-ITU is designed to exper...
The current paper reports the results of gamma spectroscopic burn-up determination and KüFA safety t...
The central aspect of the safety philosophy for a small HTR is the retention of fission products, pa...
The release of fission products from failed fuel particles was measured under simulated accident (co...
Three tests have provided additional data on fission product release under LWR accident conditions i...
The High Temperature Reactor (HTR) is characterised by an advanced design with passive safety featur...
A new furnace for accident condition testing of spherical high temperature reactor fuel elements has...
With the construction of the cold finger apparatus a new method has been developed to determine fiss...
The quality of the spherical HTR fuel elements containing UO_2-TRISO particles is such that both und...
The central aspect of the safety philosophy for a small HTR is the retention of fission products, pa...
An important aspect of the safety of high temperature reactors is the quality of the nuclear fuel an...
The Cold Finger Apparatus (KüFA) is used to examine the combined effects of Depressurization and Los...
This report contains all the details of the results presented in Jul-2234 (or the German original Ju...
The experiments Phébus FP FPT-0 to FPT-3 tests conducted by IRSN have produced a large quantity of d...
This report makes the attempt to summarize the state of knowledge with respect to the modeling of fi...
The Cold Finger Apparatus (KühlFinger-Apparatur – KüFA) in operation at JRC-ITU is designed to exper...
The current paper reports the results of gamma spectroscopic burn-up determination and KüFA safety t...
The central aspect of the safety philosophy for a small HTR is the retention of fission products, pa...