Solid State Chemistry: Fundamentals of Crystal Structures

Solid-state chemistry forms the backbone of modern materials science, driving innovations in semiconductors, solar energy, and nanotechnology. This comprehensive text-only course provides a clear pathway to understanding how the atomic-level structure of solids dictates their physical and chemical properties. What you'll learn: - Learn to distinguish between crystalline and amorphous solids and classify different types of crystalline materials. - Master the geometry of unit cells, Bravais lattices, and Miller indices. - Calculate packing fractions, density, and coordination numbers with step-by-step written examples. - Analyze crystal defects and understand how they influence electrical, magnetic, and optical properties. - Explore modern solid-state applications, including perovskite structures and energy storage materials. You will begin with foundational terminology and classification before moving into structural geometry, mathematical calculations, and modern material applications. Designed for beginners and chemistry students, this course requires no advanced prerequisites and offers a structured, self-paced written guide. Start reading today to master the fundamentals of solid-state chemistry.