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Boron Stainless-Steel Fuel-Element Cladding in the Indian Point Reactor

Nuclear Applications, 1965
A program was undertaken to confirm the use of boron stainless steel in the Indian Point reactor.
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Determination of Cladding Thickness of Nuclear Fuel Elements by X-rays

1962
Cladding on reactor fuel elements is necessary in order to prevent reaction of the uranium core with the surrounding coolant. It may be necessary to keep the cladding between certain minimum and maximum values. Previous methods for determining cladding thickness included eddy-current and radiographic techniques.
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The modeling of interaction between fuel element cladding and steam

Nuclear Engineering and Design, 2023
Elena S. Parfenova, Anna G. Knyazeva
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Detecting Cladding Leaks in Irradiated Fuel Elements by Neutron Radiography

1976
At Chalk River, performance limits for advanced fuels are established by irradiating multi-element assemblies until one or more elements develop a cladding leak. Post-irradiation identification of leaky elements is assisted by thermal neutron radiography, because marked changes in radiographic appearance occur due to the effects of light water coolant ...
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Research on rare-earth element reaction processes with fuel cladding materials in FBR

Journal of Nuclear Science and Technology, 2023
Ken-Ichi Fukumoto
exaly  

Clad Fuel Elements Best Bet

Chemical & Engineering News Archive, 1959
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Using tube specimen to investigate the creep behavior of FeCrAl fuel cladding tubes

Engineering Fracture Mechanics, 2023
Huan Sheng Lai, Peinan Du, Jinquan Guo
exaly  

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