These phenomena produce the C-line in deep-level transient spectroscopy and a quartet of D-lines in luminescence spectra of silicon.
These phenomena produce the C-line in deep-level transient spectroscopy and a quartet of D-lines in luminescence spectra of silicon. The motion of these phenomena can be impeded by a Lomer-Cottrell barrier. These phenomena can be imaged by "decorating" them and using transmission electron microscopy. Applying stress to one of these phenomena can produce a series of namesake expanding loops in the Frank-Read mechanism. The strain energy per unit length possessed by one of these things is proportional to the shear modulus times the square of a quantity denoted B. The motion of these things along glide planes causes a namesake form of creep. The lattice distortion induced by the presence of these things is described by the Burgers vector. For 10 points, name this type of line defect in a crystal which comes in "edge" and "screw" types.
These phenomena produce the C-line in deep-level transient spectroscopy and a quartet of D-lines in luminescence spectra of silicon.
dislocations [prompt on crystal defects]