Electron Crystallography

Electron crystallography is a technique used to determine the detailed structure of very small crystalline materials, often at the atomic level. It involves using a beam of electrons, which are much smaller and more energetic than visible light, to pass through a crystal sample. By analyzing how the electrons scatter, scientists can create detailed 3D models of the material’s atomic arrangement. This method is especially useful for studying complex biological molecules like proteins or tiny inorganic crystals that are difficult to analyze with traditional techniques. It provides insights into the exact positioning of atoms, aiding in understanding material properties and functions.