Exploring the Role of Advanced Ceramics in Nuclear Technology

Dr. Emilia Kowalska

doi:10.71465/ajme2580

journal article Aug 31, 2020

Exploring the Role of Advanced Ceramics in Nuclear Technology

Dr. Emilia Kowalska

American Journal of Materials Engineering Vol. 1 No. 4 pp. 5-8 · International Study Counselor

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Abstract

Advanced ceramics are increasingly becoming critical in nuclear technology due to their exceptional performance under extreme conditions, including high temperature, radiation exposure, and corrosive environments. Unlike conventional materials, advanced ceramics such as silicon carbide, zirconia, and composite materials offer superior thermal stability, mechanical integrity, and chemical inertness. These features have made them suitable for fuel cladding, waste immobilization, and reactor structural components. This article examines the recent developments, applications, and future directions of advanced ceramics in nuclear fuel systems, waste management, and core reactor parts, demonstrating their value in improving nuclear safety and efficiency.

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Published: Aug 31, 2020
Vol/Issue: 1(4)
Pages: 5-8

Authors

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Dr. Emilia Kowalska

Cite This Article

Dr. Emilia Kowalska (2020). Exploring the Role of Advanced Ceramics in Nuclear Technology. American Journal of Materials Engineering, 1(4), 5-8. https://doi.org/10.71465/ajme2580

Exploring the Role of Advanced Ceramics in Nuclear Technology

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