The isotopic composition of mixed-oxide fuel (fabricated with both uranium and plutonium isotope) discharged from reactors is of interest to the Fissile Material Disposition Program. The validation of depletion codes used to predict isotopic compositions of MOX fuel, similar to studies concerning uranium-only fueled reactors, thus, is very important. The EEI-Westinghouse Plutonium Recycle Demonstration Program was conducted to examine the use of MOX fuel in the San Onofre PWR, Unit I, during cycles 2 and 3. The data usually required as input to depletion codes, either one-dimensional or lattice codes, were taken from various sources and compiled into this report. Where data were either lacking or determined inadequate, the appropriate data ...
This research project was conceived as a multi-year plan to study the use of mixed plutonium oxide-u...
Reducing the number of actinide separation streams in a spent fuel recovery process would reduce the...
Poster presented at Idaho National Laboratory for the 2014 Fuel Cycle Technologies Annual Review Mee...
The isotopic composition of mixed-oxide fuel (fabricated with both uranium and plutonium isotopes) d...
The isotopic composition of mixed-oxide (MOX) fuel, fabricated with both uranium and plutonium, afte...
The report provides calculation results of isotopic composition of spent MOX fuel irradiated in Sun ...
One of the proposed ways to dispose of surplus weapons-grade plutonium (Pu) is to irradiate the high...
AbstractThis paper provides validation results of SWAT4, the revised version of SWAT3.1, by the anal...
This report discusses the results of a simulation study involving the burnup of mixed-oxide (MOX) fu...
Isotopic characterization of spent fuel via depletion and decay calculations is necessary for determ...
This work investigates the depletion capability implemented in lattice physics code STREAM for the p...
The Oak Ridge National Laboratory computer code, ORIGEN2.2 (CCC-371, 2002), was used to obtain the e...
Isotopic characterization of spent fuel via depletion and decay calculations is necessary for determ...
This report discusses a simulation study of the burnup of mixed-oxide fuel in a Combustion Engineeri...
In currently operating commercial nuclear power plants (NPP), there are two main types of nuclear fu...
This research project was conceived as a multi-year plan to study the use of mixed plutonium oxide-u...
Reducing the number of actinide separation streams in a spent fuel recovery process would reduce the...
Poster presented at Idaho National Laboratory for the 2014 Fuel Cycle Technologies Annual Review Mee...
The isotopic composition of mixed-oxide fuel (fabricated with both uranium and plutonium isotopes) d...
The isotopic composition of mixed-oxide (MOX) fuel, fabricated with both uranium and plutonium, afte...
The report provides calculation results of isotopic composition of spent MOX fuel irradiated in Sun ...
One of the proposed ways to dispose of surplus weapons-grade plutonium (Pu) is to irradiate the high...
AbstractThis paper provides validation results of SWAT4, the revised version of SWAT3.1, by the anal...
This report discusses the results of a simulation study involving the burnup of mixed-oxide (MOX) fu...
Isotopic characterization of spent fuel via depletion and decay calculations is necessary for determ...
This work investigates the depletion capability implemented in lattice physics code STREAM for the p...
The Oak Ridge National Laboratory computer code, ORIGEN2.2 (CCC-371, 2002), was used to obtain the e...
Isotopic characterization of spent fuel via depletion and decay calculations is necessary for determ...
This report discusses a simulation study of the burnup of mixed-oxide fuel in a Combustion Engineeri...
In currently operating commercial nuclear power plants (NPP), there are two main types of nuclear fu...
This research project was conceived as a multi-year plan to study the use of mixed plutonium oxide-u...
Reducing the number of actinide separation streams in a spent fuel recovery process would reduce the...
Poster presented at Idaho National Laboratory for the 2014 Fuel Cycle Technologies Annual Review Mee...