Interference Fringes in Electron Micrographs of Magnesium Oxide
スポンサーリンク
概要
- 論文の詳細を見る
The striations, or so called equal thickness fringes, appearing in electron micrographs of magnesium oxide, have been studied in detail. It was found that the spacing of the striations ranges from 50 to several hundred Angstroms, depending on the index of reflexion, azimuth, and glancing angle. The explanation of the striations is given by the dynamical theory applied to a wedge-shaped crystal. Calculated spacings of the striations as a function of azimuth and glancing angle are compared with observed values, giving fairly good agreement. Some newly found crystal shapes other than cubic and the effect of simultaneous reflexions on the striations are also described.
- 社団法人日本物理学会の論文
- 1955-01-05
著者
-
Honjo Goro
Physics Department Tokyo Institute Of Technology
-
HIBI Tadatosi
Research Institute for Scientific Measurements
-
Hibi Tadatosi
Research Institute For Scientific Measurements Tohoku University
-
KAMBE Kyozaburo
Physics Department, Tokyo Institute of Technology
-
Kambe Kyozaburo
Physics Department Tokyo Institute Of Technology
-
HIBI Tadatosi
Research Institute for Scientific Measurements, Tohoku University
関連論文
- Relativistic Correction to the Method of Eliminating the Primary Extinction in Electron Diffraction
- Streak Pattern of Electron Diffraction from Single Crystal Films
- Electron Optical Studies of Barium Titanate Single Crystal Films
- On a Slit for Objective Electron Lens
- Crystal Habit of Magnesium Oxide Smokes
- Diffuse Streak Diffraction Pattern of Electron and X-Rays due to Low Frequency Optical Mode in Tetragonal BaTiO_3
- Streak Pattern from Single Crystals
- A New Method for Preparing Pointed Cathodes Having Unusually Oriented Tips
- An Ion-Sputtering Gun to Clean Crystal Surfaces In-Situ in an Ultra-High-Vacuum Electron Microscope
- Reflection Electron Microscope Observations of Dislocations and Surface Structure Phase Transition on Clean (111) Silicon Surfaces
- Fine Lattice Fringes Resolved by the Bright- and Dark-Field Axial Illuminations
- Study on Evaporation Method for Electron-Microscopy
- Angular Dependence of the Apparent Work Function of Carbon-Adsorbed Tungsten Tip
- High Resolution FEM Image of Tungsten
- Study of Point Cathode by Using Muller-Type Microscope
- Dark-Field Electronmicroscopy and Its Application
- New Method for Preparing Unusually Oriented Tungsten Tips and Their Growth Mechanism
- High-Temperature Observation of Tungsten Cathode by Field Emission Microscope
- High-Temperature Observation of Nickel Cathode by Using Muller-Type Microscope
- Electronmicroscopic Observation of Print-Out Effect on AgBr Microcrystals
- Direct Observation of Crystal Imperfections Introduced by Weak Electron Irradiation in Water-Etched KCI Single Crystal
- X-Ray Studies of the Lattice Vibration in Tetragonal Barium Titanate
- Successive Electronmicroscopic Observation of Coloured and Bleached KCl Crystal
- A Note on the Shape of Cathode Tip in the Field Emission Microscope
- Interference Fringes in Electron Micrographs of Magnesium Oxide
- Electronmicroscopic Observation of Coloured and Bleached Alkali-Halide Crystals
- Electronmicroscopic Observation of the KCl Crystal Containing Potassium Colloid Particles
- Evidence of the Appearance and Disappearance of the Loop Structures in KCl Crystal Due to Electron Irradiation
- Electronmicroscopic Observation of the Additively Coloured KCl Crystal
- Temperature Dependence of the Low Frequency Transverse Optic Lattice Vibration of BaTiO_3