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Showing 1 to 4 of 4 for “"electrorefiner"”.

  1. Processing parameters and kinetics of phosphate-based dechlorination for electrorefiner salt waste

    Pyroprocessing generates a salt waste stream of fission products dissolved in alkali chloride salts. Iron phosphate (FePs) glasses have been identified as candidate materials due to the high waste loading, good chemical durability, and lower processing temperatures. Phosphate-based dechlorination …

    unr Repository record for Processing parameters and kinetics of phosphate-based dechlorination for electrorefiner salt waste (opens in a new tab)

  2. Investigation into the Processing Parameters of Phosphate-based Dechlorination of Electrorefiner Salt Waste

    … was developed for the dechlorination of an electrorefiner salt waste simulant called ERV3 salt based on the results of dechlorination with a simple salt mixture. The dechlorination of the simple salt mixture was evaluated using different phosphate precursors and realistic atmospheres. The …

    unr Repository record for Investigation into the Processing Parameters of Phosphate-based Dechlorination of Electrorefiner Salt Waste (opens in a new tab)

  3. IDENTIFICATION OF ELECTROREFINER AND CATHODE PROCESSING FAILURE MODES AND DETERMINATION OF SIGNATURE-SIGNIFICANCE FOR INTEGRATION INTO A SIGNATURE BASED SAFEGUARDS FRAMEWORK FOR PYROPROCESSING

    … failure modes were identified for both the electrorefiner and the cathode processor. The signatures for these failure modes were then determined by coupling two separate computer models. The first model is a FORTRAN-based electrorefiner code named ERAD capable of modeling the mass transport …

    unm Repository record for IDENTIFICATION OF ELECTROREFINER AND CATHODE PROCESSING FAILURE MODES AND DETERMINATION OF SIGNATURE-SIGNIFICANCE FOR INTEGRATION INTO A SIGNATURE BASED SAFEGUARDS FRAMEWORK FOR PYROPROCESSING (opens in a new tab)

  4. Investigation and modeling of uranium polarization for the electrorefining of Scrap U-MO foils

    … empirical polarization model implemented in an electrorefiner model constructed in MatLab using corrosion theory. The model was compared to data obtained by experiment at laboratory-scale. The comparison demonstrated that the empirical polarization model developed is a good first approximation …

    purdue-thes Repository record for Investigation and modeling of uranium polarization for the electrorefining of Scrap U-MO foils (opens in a new tab)