The non-Euclidean planar algebras support kinematic geometries in the plane. Their main technological application is as optical waveguides in both planar and fiber form. Movement is characterized by sliding along a concave-upward or planar surface. The anion has square planar molecular geometry. These anions are square planar in geometry. The trihalides adopt a planar trigonal structure. Most are electrostatic or planar magnetic designs. DIC also has non-biological applications, for example in the analysis of planar silicon semiconductor processing. They operate similarly to Planar Magnetic Loudspeakers. The figure shows examples of the various cases for a planar quadrilateral linkage. The largest planar complete graph has four vertices. Ribbon planar magnetic; Magnetostriction and Plasma-ionisation. A generalized model of the flow distribution in channel networks of planar fuel cells. In general, quadrilateral faces in 3-dimensions may not be perfectly planar. This became one of the fundamental isolation capabilities necessary for planar technology and integrated circuits.