The PRISM and SAFR designs, as currently proposed by DOE, are designed for ''inherent'', as opposed to ''engineered'', safety. Brookhaven National Laboratory is supporting the initial NRC review of these advanced LMR concepts. A loss-of-flow (LOF) accident coupled with a failure of the reactor shutdown system is one of the major safety concerns in the advanced liquid metal reactor (LMR) evaluation effort. The analysis discussed here covers: (1) primary pipe break without pump trip, (2) primary coolant pump seizure, and (3) primary coolant pump coastdown. The analytical modelling and the calculated thermal and hydraulic behavior are described in detail
Whereas earlier analyses of the integrity of the reactor pressure vessel of NPP Stade (KKS) under em...
Thermal-hydraulic analysis is a key part in support of regulatory work and nuclear power plant desig...
The most serious of the postulated accidents considered in the design of the Liquid Metal Cooled F...
In support of the US Nuclear Regulatory Commission (NRC), Brookhaven National Laboratory (BNL) has p...
Analyses of the PRISM and SAFR Liquid Metal Reactors with SSC are discussed from a safety and licens...
THIS REPORT SUMMARIZES THE RESULTS OF AN INTERNATIONAL EXERCISE TO COMPARE WHOLE-COR...
The loss-of-reactor-level (LORL) where the coolant circulation path is lost is one of the important ...
The main purpose of reactor safety is not to permit any release of radioactivity from the reactor co...
Abstract During the operation lifetime of a Nuclear Research Reactors, the frequency of occurrence...
In a pool-type liquid metal cooled reactor like MYRRHA, the influence of 3-D thermal-hydraulic pheno...
Three similar experiments conducted to support the analyses of hypothetical LMFBR unprotected-loss-o...
Experimental Breeder Reactor II (EBR-II) is a Liquid Metal Reactor(LMR) at Argonne National Laborato...
Pressurized water reactor loss-of-coolant accident (LOCA) phenomena are being simulated with a serie...
An experiment was performed using the large-scale test facility (LSTF), which simulated a 1% vessel ...
Debris generated during the blowdown phase of a Loss of Coolant Accident (LOCA) is a big concern in ...
Whereas earlier analyses of the integrity of the reactor pressure vessel of NPP Stade (KKS) under em...
Thermal-hydraulic analysis is a key part in support of regulatory work and nuclear power plant desig...
The most serious of the postulated accidents considered in the design of the Liquid Metal Cooled F...
In support of the US Nuclear Regulatory Commission (NRC), Brookhaven National Laboratory (BNL) has p...
Analyses of the PRISM and SAFR Liquid Metal Reactors with SSC are discussed from a safety and licens...
THIS REPORT SUMMARIZES THE RESULTS OF AN INTERNATIONAL EXERCISE TO COMPARE WHOLE-COR...
The loss-of-reactor-level (LORL) where the coolant circulation path is lost is one of the important ...
The main purpose of reactor safety is not to permit any release of radioactivity from the reactor co...
Abstract During the operation lifetime of a Nuclear Research Reactors, the frequency of occurrence...
In a pool-type liquid metal cooled reactor like MYRRHA, the influence of 3-D thermal-hydraulic pheno...
Three similar experiments conducted to support the analyses of hypothetical LMFBR unprotected-loss-o...
Experimental Breeder Reactor II (EBR-II) is a Liquid Metal Reactor(LMR) at Argonne National Laborato...
Pressurized water reactor loss-of-coolant accident (LOCA) phenomena are being simulated with a serie...
An experiment was performed using the large-scale test facility (LSTF), which simulated a 1% vessel ...
Debris generated during the blowdown phase of a Loss of Coolant Accident (LOCA) is a big concern in ...
Whereas earlier analyses of the integrity of the reactor pressure vessel of NPP Stade (KKS) under em...
Thermal-hydraulic analysis is a key part in support of regulatory work and nuclear power plant desig...
The most serious of the postulated accidents considered in the design of the Liquid Metal Cooled F...