Springer Highly Anisotropic Crystals - Materials Science Book

Explore the fundamental principles of crystal structure and properties with Highly Anisotropic Crystals by Springer. This specialized text focuses on anisotropy, which is the dependence of structure and properties on direction in space. As the most striking characteristic of crystals, anisotropy results from the discrete nature of the crystal lattice and serves as the primary distinction between the crystalline state and amorphous solid matter. This book examines how internal anisotropy is reflected in external morphology. It provides a deep look into how properties like mechanical hardness and other physical characteristics vary based on direction. For students and professionals in mineralogy and materials science, this work offers a detailed look at the relationship between a crystal's internal lattice and its physical behavior. Understanding these directional dependencies is essential for anyone studying the materials science of minerals and rocks.