This book presents a comprehensive overview of physicochemical techniques used in the analysis of minerals. It covers modern analytical methods and their applications in mineralogy and materials science, making it a valuable reference for researchers and students.
A scientific monograph discussing the theory and behavior of dislocations in crystalline materials and their role in plastic deformation. This edition is a revised and expanded translation of the original Hungarian work.
An academic volume discussing the structure, properties, and behavior of polymer liquid crystals within materials science.
This book covers the science and technology of adhesives and adhesive tapes, including their chemical composition, physical properties, manufacturing processes, and applications. It serves as a reference for engineers, material scientists, and professionals in the adhesives industr
This volume presents research on severe plastic deformation (SPD) techniques used to refine microstructures and improve material properties. It covers theoretical principles, experimental methods, and applications in producing ultrafine-grained and nanostructured materials. The book is part of the NATO Science Series focusing on advanced technological developments.
This book presents methods for modeling electromagnetic behavior in complex composite structures made of metallic and dielectric materials. It covers numerical techniques, theoretical formulations, and applications in antennas, microwave devices, and radar systems, providing essential tools for electrical engineers and researchers in electromagnetics.
This book provides a comprehensive introduction to nanotechnology, explaining fundamental scientific principles underlying nanoscale materials and devices. It covers fabrication techniques, physical and chemical properties of nanomaterials, applications in electronics and medicine, and discusses social and ethical implications of emerging nanotechnologies. The text is designed for undergraduate…