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Exceptional irradiation and corrosion resistances of a TaC nanoceramic coating deposited onto ZIRLO™ fuel cladding
Abstract Improving the accident tolerance of zirconium-based nuclear fuel claddings is essential to mitigate oxidation-driven hydrogen generation under loss-of-coolant conditions. Here, a nanostructured tantalum carbide (TaC) ceramic coating is deposited onto ZIRLO™ fuel cladding by non-reactive DC magnetron sputtering. The coating was systematically assessed with respect to its microstructural stability, irradiation tolerance, and corrosion behaviour.
Charge transfer effects in (HfNbTiVZr)C-Shown by ab initio calculations and X‐ray photoelectron spectroscopy
1 INTRODUCTION High entropy materials have garnered a lot of interest since the first introduction of high entropy alloys (HEAs) in 2004 by Yeh et al. and Cantor et al.1, 2 By adding large amounts of p elements such as O, N, and C another group of materials called high entropy ceramics (HECs) emerged.
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