Group-Theoretical Method in the Many-Beam Theory of Electron Diffraction
スポンサーリンク
概要
- 論文の詳細を見る
A group-tlteoretical tttethod is developed for the ?nany-beamtt dynamical theory(>f the syntntetric Laue case. When the incident wave is directed so fl?at the Latuepoint lies on a syzt-tmetric positiota in the reciprocal lattice, tlve dispersiort matrixin the fundarnen{al equatiott can be reduced to a block diagor?a1 forttt. 'The trans-formation naatrix is composed of colttntn vectors belonging to irreducible repre-5entations of tlae gl-0Up of the incident wave vector. Without perfornaing reductiot?,the reduced forum of the disj>ersion xttatrix is determined frotn characters of rap-resentations. Practical ajcplication is ntade to the case of sytnmorphjc crystals,where general redtmeed formns and all solvable examples are given in terms of somegeometrical factors of reciprocal lattice arrangentents.
- 社団法人日本物理学会の論文
- 1977-01-15
著者
-
Kogiso Motokazu
Department of physics, College of General Education, Nagoya University
-
Kogiso Motokazu
Department Of General Education Nagoya University
-
TAKAHASHI Hidewo
Department of Geology,Faculty of Education,Kagoshima University
-
Takahashi Hidewo
Department Of Geology Faculty Of Education Kagoshima University
関連論文
- Dynamical Diffraction Effect on Fluorescent X-Ray Emission in Absorbing Perfect Germanium Crystals in the Laue Geometry
- Dynamical Diffraction Effect on X-Ray Inelastic Scattering in Absorbing Perfect Germanium Crystal in the Laue Geometry
- Diffraction Pattern Caused by X-Ray Thermal Diffuse Scattering in Absorbing Perfect Crystal
- Observation of Anomalous Transmission of Thermally Scattered X-Rays in a Germanium Crystal
- Group-Theoretical Method in the Many-Beam Theory of Electron Diffraction
- Averaged Intensities in the Many-Beam Dynamical Theory of Electron Diffraction.II.Resonance Type of Expression for the Orientation Detendence
- Averaged Intensities in the Many-Beam Dynamical Theory of Electron Diffraction. : I. Cases of Nondegenerate Characteristic Values
- Intensity Anomaly in Kikuchi Lines of Molybdenite.