This report includes the literature review, hydrogen off-gas calculations, and hydrogen generation tests to determine that H-Canyon can safely dissolve the Sodium Reactor Experiment (SRE; thorium fuel), Ford Nuclear Reactor (FNR; aluminum alloy fuel), and Denmark Reactor (DR-3; silicide fuel, aluminum alloy fuel, and aluminum oxide fuel) assemblies in the L-Bundles with respect to the hydrogen levels in the projected peak off-gas rates. This is provided that the number of L-Bundles charged to the dissolver is controlled. Examination of SRE dissolution for potential issues has aided in predicting the optimal batching scenario. The calculations detailed in this report demonstrate that the FNR, SRE, and DR-3 used nuclear fuel (UNF) are bounded...
The H-Canyon facility will be used to dissolve Pu metal for subsequent purification and conversion t...
Two dissolution flow sheets were tested for the desorption of unirradiated Mark 42 fuel tubes. Both ...
As part of the Advanced Fuel Cycle Initiative (AFCI), the reduction in volume and heat generation of...
Flowsheets for the dissolution of aluminum-clad spent nuclear fuel have been proposed using 0.002 M ...
Unirradiated Mark 42 fuel tubes are to be dissolved in an upcoming campaign in F-canyon. Savannah Ri...
H-Canyon will begin dissolving High Aluminum - Low Uranium (High Al/Low U) Used Nuclear Fuel (UNF) f...
An alternative to the FB-Line scrap recovery dissolver was desired for the dissolution of sand, slag...
Hanford N-Reactor spent nuclear fuel (HSNF) may ultimately be placed in a geologic repository for pe...
ABSTRACT Two new criticality modeling approaches have greatly increased the efficiency of dissolver ...
A series of dissolution and characterization studies has been performed to determine if FB-Line resi...
Consolidated Edison type fuel pellets were irradiated and analyzed, to determine the extent of fract...
Laboratory dissolution studies of aluminum clad mixed oxide fuel rods have been conducted using two ...
Voloxidation and dissolution studies: rotary-kiln heat-transfer tests are under way using a small ro...
The R- and P-reactor vessels at the Savannah River Site (SRS) are being prepared for deactivation an...
An initial flowsheet for the dissolution of sand, slag, and crucible (SS{ampersand}C) was developed ...
The H-Canyon facility will be used to dissolve Pu metal for subsequent purification and conversion t...
Two dissolution flow sheets were tested for the desorption of unirradiated Mark 42 fuel tubes. Both ...
As part of the Advanced Fuel Cycle Initiative (AFCI), the reduction in volume and heat generation of...
Flowsheets for the dissolution of aluminum-clad spent nuclear fuel have been proposed using 0.002 M ...
Unirradiated Mark 42 fuel tubes are to be dissolved in an upcoming campaign in F-canyon. Savannah Ri...
H-Canyon will begin dissolving High Aluminum - Low Uranium (High Al/Low U) Used Nuclear Fuel (UNF) f...
An alternative to the FB-Line scrap recovery dissolver was desired for the dissolution of sand, slag...
Hanford N-Reactor spent nuclear fuel (HSNF) may ultimately be placed in a geologic repository for pe...
ABSTRACT Two new criticality modeling approaches have greatly increased the efficiency of dissolver ...
A series of dissolution and characterization studies has been performed to determine if FB-Line resi...
Consolidated Edison type fuel pellets were irradiated and analyzed, to determine the extent of fract...
Laboratory dissolution studies of aluminum clad mixed oxide fuel rods have been conducted using two ...
Voloxidation and dissolution studies: rotary-kiln heat-transfer tests are under way using a small ro...
The R- and P-reactor vessels at the Savannah River Site (SRS) are being prepared for deactivation an...
An initial flowsheet for the dissolution of sand, slag, and crucible (SS{ampersand}C) was developed ...
The H-Canyon facility will be used to dissolve Pu metal for subsequent purification and conversion t...
Two dissolution flow sheets were tested for the desorption of unirradiated Mark 42 fuel tubes. Both ...
As part of the Advanced Fuel Cycle Initiative (AFCI), the reduction in volume and heat generation of...