1968•Unpublished venueOpen access
DETERMINATION OF RELATIVE BURNUP BY GAMMA SCANNING EBWR FUEL RODS.
Battelle-Northwest, Richland, WA (US). Pacific Northwest Lab. (US), D Christensen, USDOE, E Murphy
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Abstract
Gamma Scan Facility at the PRTR Storage Basin Plutonium Region of the EBWR Core EBWR U02-l.5 wt% PU02 Fuel Rod and Fuel Element Basket Zone 1 of EBWR Core Showing Positions of 17 Rods that Were Gamma Scanned Gamma Ray Spectrum of a Mixed Oxide Rod Taken with a Sodium Iodide Detector Gamma Ray Spectrum of an Al-Pu Rod Taken with a Sodium Iodide Detector Gamma Ray Spectrum of a Natural U02 Rod Taken with a Sodium Iodide Detector Gamma Ray Spectrum of a Mixed Oxide Rod Taken with a Ge(Li) Detector Gamma Ray Spectrum of an Al-Pu Rod Taken with a Ge(Li) Detector Gamma Ray Spectrum of a Natural U02 Rod Taken with a Ge(Li) Detector Comparison of Gamma Scan Data for Rod Number 1 Using Two Different Energy Intervals Comparison of Gamma Scan Data for Rod Number 15 Using Two Different Energy Intervals Gamma Scan of a Typical Fuel Rod Gamma Scans of Radial Rods Radial Burnup Profile 10 in.from Bottom of Fuel Gamma Scans of Fuel Rods Numbers 1, 5, 6, and 7 Gamma Scans of Fuel Rods Numbers 1, 11, 7, 12, and 10 Gamma Scans of Rods Numbers 2, 8, 9, and 10 Gamma Scans of Special Rods 1
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