anisotropic en
41anisotropic — /ænˌaɪsoʊˈtrɒpɪk/ (say an.uysoh tropik) adjective 1. Physics of different properties in different directions. 2. Botany of different dimensions along the different axes. {aniso + tropic} –anisotropy /ˌænaɪˈsɒtrəpi/ (say .anuy sotruhpee), noun …
42anisotropic — adj. having physical properties that are different in different directions, e.g. the strength of wood along the grain differing from that across the grain (opp. ISOTROPIC). Derivatives: anisotropically adv. anisotropy n. Etymology: AN (1) +… …
43Anisotropic Magneto Resistance — Der Anisotrope Magnetoresistive Effekt, kurz AMR–Effekt, ist der am längsten bekannte magnetoresistive Effekt und wurde 1857 durch William Thomson, 1. Baron Kelvin entdeckt. Er beruht auf anisotroper (von der Raumrichtung abhängiger) Streuung in… …
44Anisotropic filtering — Anisotropes Filtern (meist mit AF abgekürzt) bezeichnet eine Methode der Texturfilterung, speziell für Texturen in verzerrter Darstellung; beispielsweise Flächen in 3D Szenen, die in einem flachen Winkel betrachtet werden. Laien bezeichnen dies… …
45anisotropic disk — A band …
46anisotropic reentry — reentry that is functional in not occurring around an anatomical obstacle but whose functional properties are conferred by the inherent structural anisotropy of the cardiac muscle fibers; thus it has qualities of both functional and anatomical… …
47anisotropic mass — A mass having different properties in different directions at any given point [22] …
48anisotropic liquid — noun : liquid crystal …
49circular anisotropic phase — n as used in Test Method D5061, a group of binder phase anisotropic carbon textures that are distinguished by approximately circular domains (that is length equals width) and composed of fine circular (0.5 to 1.0 µm), medium circular (1.0 to 1.5… …
50lenticular anisotropic phase — n as used in Test Method D5061, a group of binder phase anisotropic carbon textures distinguished by their lens shaped domains (that is, length (L) to width (W) ratio of 2W < L < 4W) and subdivided based on domain widths as fine lenticular… …
