Taylor & Francis Multiscale Simulations for Electrochemical Devices

Environmental protection and sustainability are major global concerns. Reducing CO2 emissions and implementing clean energy solutions are essential challenges for modern scientists and engineers. Developing effective electrochemical devices, such as fuel cells, Li-ion batteries, and artificial photosynthesis systems, is a vital part of solving these environmental problems. This book addresses a significant gap in the field. Designing practical devices requires a deep understanding of both material design and operational systems. However, a multidisciplinary approach that connects microscopic physics and chemistry with macroscopic device properties is often missing. This text provides the necessary framework to bridge these scales. By exploring multiscale simulations, readers can better understand the complex relationship between small-scale chemical interactions and large-scale device performance. This knowledge is essential for anyone working toward the development of next-generation clean energy technologies and sustainable electrochemical systems.