Examination of an Irradiated Prototype Fuel Element for the Elk River Reactor PDF Download
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Author: L. A. Neimark Publisher: ISBN: Category : Boiling water reactors Languages : en Pages : 42
Book Description
An examination was made of a prototype Elk River Reactor fuel element irradiated in the EBWR to a maximum burn-up of 1000 Mwd(t). The assembly, which consisted of an array of type 304 stainless-steel tubes fueled with pellets of 97 wt.% ThO2-3 wt.% UO2, showed insignificant dimensional changes. Irregular vertical packing of the fuel pellets gave a "banded" appearance to the fuel rods because of preferential oxide deposition. The brazing material used in the center strap of the assembly showed noticeable corrosion effects. The fuel pellets showed no themal effects and exhibited little cracking. The dimensional stability was excellent. The fuel exhibited good gas-retention characteristics.
Author: L. A. Neimark Publisher: ISBN: Category : Boiling water reactors Languages : en Pages : 42
Book Description
An examination was made of a prototype Elk River Reactor fuel element irradiated in the EBWR to a maximum burn-up of 1000 Mwd(t). The assembly, which consisted of an array of type 304 stainless-steel tubes fueled with pellets of 97 wt.% ThO2-3 wt.% UO2, showed insignificant dimensional changes. Irregular vertical packing of the fuel pellets gave a "banded" appearance to the fuel rods because of preferential oxide deposition. The brazing material used in the center strap of the assembly showed noticeable corrosion effects. The fuel pellets showed no themal effects and exhibited little cracking. The dimensional stability was excellent. The fuel exhibited good gas-retention characteristics.
Author: L. A. Neimark
Author: L. A. Neimark
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Author: International Atomic Energy Agency
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Author: International Atomic Energy Agency