Skip to main content
BookintermediatePaid

Crystals, Defects and Microstructures

by Rob Phillips · Rob Phillips

Graduate text on modeling materials across length scales, from atomistic and continuum descriptions of point defects and dislocations up to microstructural evolution. Shows how to choose and connect models rather than apply single formulas.

Visit resource

This link may earn us a small commission at no extra cost to you. Affiliate disclosure

More resources on Crystal Structures & Defects

WebsiteFree

Materials Project

Open database from Lawrence Berkeley National Laboratory holding computed properties for over a hundred thousand inorganic crystals. Users can look up a compound's structure, symmetry, formation energy and phase diagram, and pull the same data through a Python API.

WebsiteFree

DoITPoMS

Interactive teaching package from Cambridge's Department of Materials Science and Metallurgy, covering lattices, unit cells, close packing, symmetry operations and the seven crystal systems, with animations and self-assessment questions that build fluency reading crystal structures.

CourseFree

Introduction to Solid State Chemistry (MIT 3.091SC)

First-year chemistry taught through solid-state materials: atomic structure, bonding, crystal structures, defects, glasses, phase diagrams, kinetics and electrochemistry. 59 lecture videos, course notes, homework and exams with solutions let learners connect chemical principles to engineering materials.

WebsiteFree

crystallography.net

Crystallography.net is an educational resource offering free access to crystal-structure data and interactive visualization tools, plus tutorials and references on crystal symmetry and defects.

BookPaid

Introduction to Crystallography

Short Dover text covering lattice points, unit cells, point groups, space groups and equivalent positions, then x-ray diffraction and structure determination. Worked problems with solutions let readers self-check; ends with descriptions of simple crystal structures.

BookPaid

Elements of X-Ray Diffraction

Classic Addison-Wesley treatment built entirely on the Bragg law, in three parts: diffraction fundamentals, experimental methods including powder and single-crystal cameras, and applications such as phase identification, texture and stress measurement. Requires no reciprocal-lattice background.

See all Crystal Structures & Defects resources →