The Electrocaloric Effect 1st Edition

The Electrocaloric Effect (1st Edition) by Andrei Kholkin, Oleg Pakhomov, Alexander Semenov, and Alexander Tselev offers an authoritative, up-to-date exploration of a fast-evolving branch of materials science. This concise yet comprehensive volume illuminates the fundamentals and frontiers of the electrocaloric effect, making it essential for researchers, graduate students, and engineers working in solid-state cooling, ferroelectric materials, and thermal management.

Begin a clear journey from theory to application: the book explains microscopic mechanisms, thermodynamic descriptions, and the role of dielectric and ferroelectric materials in producing electrocaloric responses. Detailed chapters cover experimental methods, device integration strategies, modeling approaches, and the latest advances in thin films and multilayer structures—presented with clarity for both newcomers and experienced practitioners.

What sets this edition apart is its practical relevance. Authors combine rigorous science with an eye toward real-world implementation: energy-efficient refrigeration, on-chip cooling for microelectronics, and sustainable climate-control technologies. Readers will appreciate actionable insights into material selection, measurement standards, and pathways to scale laboratory phenomena into commercial devices—vital for academics, R&D teams, and industry innovators across Europe, North America, and Asia.

Whether you’re developing next-generation cooling systems, teaching a graduate course, or scouting materials for device prototyping, this book is a strategic resource that bridges theory and practice. Invest in a foundational reference that positions you at the forefront of electrocaloric research and application. Order your copy today to deepen expertise, accelerate projects, and contribute to greener, high-performance thermal solutions worldwide.

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