These entities can be described using Kr?ger-Vink notation. The Howie-Whelan theory was developed to account for them, and Kikuchi lines are used to select conditions under which to image them. The Brouwer diagram plots the log of the change in their concentration against temperature or partial pressure of oxygen. Wadsley ones occur due to randomly spaced shear planes, and linear ones can be classified using Volterra's method. The most common ones are named after Frenkel, in which an ion migrate
These entities can be described using Kr?ger-Vink notation. The Howie-Whelan theory was developed to account for them, and Kikuchi lines are used to select conditions under which to image them. The Brouwer diagram plots the log of the change in their concentration against temperature or partial pressure of oxygen. Wadsley ones occur due to randomly spaced shear planes, and linear ones can be classified using Volterra's method. The most common ones are named after Frenkel, in which an ion migrates to an interstitial site, and Schottky, in which both cations and anions are missing completely. Divided into stoichiometric and non-stoichiometric varieties, for 10 points, name these places in a lattice that contain misplaced atoms.
These entities can be described using Kr?ger-Vink notation. The Howie-Whelan theory was developed to account for them, and Kikuchi lines are used to select conditions under which to image them.
crystal defects [prompt on crystals until "lattice"]