Advanced Nuclear Fuels and Materials covers different fuel types such as oxide fuels,
metal and alloy fuels, carbide fuels, nitride fuels, composite fuels, and transmutation
targets. Other fuels discussed include those used in advanced reactor systems, including
high temperature gas cooled reactor fuels, molten salt reactor fuels, sodium cooled fast
reactor fuels, lead cooled fast reactor fuels, gas cooled fast reactor fuels, and supercritical
water reactor fuels.
Additional sections focus on materials used in nuclear reactors, including structural
alloys, control rod materials, and graphite. The numerical simulation of advanced
nuclear fuels, and the frontier of nuclear fuels, including new accident tolerant fuels
and nano materials used in advanced nuclear energy systems are also elaborated.
The comprehensive coverage provided by the book makes it an ideal reference for
senior undergraduates and graduate students and professional researchers/engineers
engaged in nuclear energy, nuclear fuel, or material science.

The most systematic professional book in the field of nuclear fuel, which comprehensively introduces the current situation of nuclear fuels
Systematically summarizes the frontier fields of nuclear fuels and nuclear materials keeping readers abreast of the latest progress in scientific research of this area
Written by senior researchers in the field

About the Authors

Associate Professor, Division of New Materials, Institute of Nuclear and New Energy Technology (INET), Tsinghua University, Beijing, China; from 2021-present is an member of the Editorial Board for the journal Chemical Engineering & Machinery. Research interests include the development and engineering of coated fuel particles for high temperature gas cooled reactor

Associate Professor, Deputy Head, Division of New Materials, Institute of Nuclear and New Energy Technology (INET), Tsinghua University, Beijing. Visiting Scholar, the Ohio State University, Chemical and Molecular Bioengineering, 2008-2009.

Dr Ma joined Tsinghua University after he received his PhD from the department of Materials in 2003. He has been engaged in the research and development of ceramic materials, particularly nuclear fuel and materials, including those for high temperature gas cooled reactors. He has published about 100peer reviewed papers and has been granted 30 patents.

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