Liquid Metal Corrosion 1st Edition

Capture the frontier of materials science with Liquid Metal Corrosion, 1st Edition by Jinsuo Zhang. This authoritative guide draws you into the complex world of corrosion in liquid-metal environments—an essential resource for engineers, researchers and students tackling challenges in nuclear engineering, advanced cooling systems and high-temperature metallurgy.

Explore clear, well-organized explanations of corrosion mechanisms, phase interactions, thermodynamics, and kinetics specific to liquid metals such as sodium, lead and lead–bismuth alloys. Practical discussions on corrosion testing, material selection, and mitigation strategies bridge theory and application, offering actionable insights for component design and lifetime prediction in reactors, heat exchangers and industrial processes.

Whether you work in research labs in North America, manufacturing facilities in Europe, or reactor development teams across Asia, this book delivers globally relevant guidance. It balances rigorous scientific detail with practical recommendations, making complex topics accessible without sacrificing depth. Rich with real-world examples and up-to-date perspectives, it helps you anticipate failure modes, select compatible alloys and implement protective approaches that extend service life.

Ideal for materials scientists, corrosion engineers and graduate students, Liquid Metal Corrosion equips you with the knowledge to solve pressing corrosion problems and optimize system reliability. Add this essential reference to your library today to stay ahead in the evolving fields of corrosion science and liquid-metal technology.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.