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This classic textbook introduces the theory of lattice defects and their role in the physical properties of solids, offering a foundational understanding suitable for higher education.

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A comprehensive textbook that delves into the quantum theory of solids, including discussions on crystal defects. It’s an essential read for those looking to deepen their understanding of solid state physics.

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This book explores the impact of imperfections on the electronic properties of various materials, providing a bridge between theoretical knowledge and practical applications.

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A detailed guide to the physical aspects of quantum solids, this book covers a range of topics including defects and impurities in crystals.

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Transmission Electron Microscopy of Materials

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Transmission Electron Microscopy of Materials

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A visual tour through the world of crystal defects, this book employs electron microscopy to explore the imperfections found within various materials.

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This book provides insights into the role that structural imperfections play in shaping the properties of materials, using time-resolved techniques to offer a new perspective on solid state physics.

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An in-depth discussion on the mechanical behavior of materials, focusing on the influence of defects and imperfections. It’s particularly useful for understanding the practical implications of crystal defects.

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Atomic-Scale Characterization and Visualization of Dislocations in Materials

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Atomic-Scale Characterization and Visualization of Dislocations in Materials

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Offering a scientific look at the nano-level imperfections in materials, this book is excellent for those interested in the cutting-edge research of material science.