The matrix of a dilute homogeneous H.T.G.C, reactor fuel employing metallic beryllium as a moderator can be selectively dissolved by a caustic soda solution containing salicylate ion. At least 99 per cent, of the uranium and thorium can be recovered as insoluble solids, but in the case of irradiated material the uranium loss might be higher. Some decontamination of the resulting beryllium solution from fission products and Pa233 can also be obtained. A tentative chemical flowsheet is proposed on the basis of the results obtained
Chlorination at 550 to 600 deg C of Zircex residues with carbon tetrachloride resulted in greater th...
The operations in a process proposed for recovering uranium from spent uranium-- zirconium alloy fue...
Analytical programs have been described for uranium recovery processes for aluminum-uranium and zirc...
The laboratory development of a process for the recovery and decontamination of beryllium from fuel ...
This report covers the chemical development of an acid-leach head-end process for the separation of ...
Chemical data are presented for the actinides (uranium, plutonium and thorium), the fission products...
Aqueous methods for recovering uranium from BeO- and Al/sub 2/O/sub 3/- base gas-cooled-reactor fuel...
ABS> Fuel reprocessing methods are being investigated for molten salt nuclear reactors which use LiF...
An ion—exchange process has been developed on the laboratory scale for the separation of low level f...
The status of aqueous processing methods for thorium fuels is summarized, with principal emphasis on...
Methods for dissolving unirradiated uranium-molybdenum alloy reactcr fuels in nitric acid, nitric ac...
In a program directed toward the optimization of the process chemistry of the STR hydrofluoric acid ...
We have developed a technology for dispersing sub-millimeter sized fuel particles within a bulk matr...
Plutonium metal is stabilized for long-term storage by calcining to produce PuO{sub 2}. However, if ...
Scrap materials containing plutonium (Pu) metal were dissolved at the Savannah River Site (SRS) as p...
Chlorination at 550 to 600 deg C of Zircex residues with carbon tetrachloride resulted in greater th...
The operations in a process proposed for recovering uranium from spent uranium-- zirconium alloy fue...
Analytical programs have been described for uranium recovery processes for aluminum-uranium and zirc...
The laboratory development of a process for the recovery and decontamination of beryllium from fuel ...
This report covers the chemical development of an acid-leach head-end process for the separation of ...
Chemical data are presented for the actinides (uranium, plutonium and thorium), the fission products...
Aqueous methods for recovering uranium from BeO- and Al/sub 2/O/sub 3/- base gas-cooled-reactor fuel...
ABS> Fuel reprocessing methods are being investigated for molten salt nuclear reactors which use LiF...
An ion—exchange process has been developed on the laboratory scale for the separation of low level f...
The status of aqueous processing methods for thorium fuels is summarized, with principal emphasis on...
Methods for dissolving unirradiated uranium-molybdenum alloy reactcr fuels in nitric acid, nitric ac...
In a program directed toward the optimization of the process chemistry of the STR hydrofluoric acid ...
We have developed a technology for dispersing sub-millimeter sized fuel particles within a bulk matr...
Plutonium metal is stabilized for long-term storage by calcining to produce PuO{sub 2}. However, if ...
Scrap materials containing plutonium (Pu) metal were dissolved at the Savannah River Site (SRS) as p...
Chlorination at 550 to 600 deg C of Zircex residues with carbon tetrachloride resulted in greater th...
The operations in a process proposed for recovering uranium from spent uranium-- zirconium alloy fue...
Analytical programs have been described for uranium recovery processes for aluminum-uranium and zirc...