A Note on the Determination of Crystal Orientations by the Back-Reflection Laue Method
スポンサーリンク
概要
- 論文の詳細を見る
A procedure of the back-reflection Laue method for determining crystal orientations is described. In this procedure, crystal orientation is determined by calculating the inclination of the specimen axis to known crystal planes or zone axes which develop sharp spots or hyperbolae in a Laue photograph. It is shown that the orientation determination of single crystal rods of cubic iron, hexagonal zinc, trigonal bismuth, and tetragonal tin can be made with an accuracy well within ±0.3° using a comparatively simple X-ray camera.
- 東北大学の論文
著者
関連論文
- Fatigue Properties of Zinc Single Crystals and Polycrystals. I : Fatigue Strength
- Residual Resistance Ratio of Zone-refined Copper after Oxidation
- Some Observations on Etch Pits and Light Figures Revealed by Chemically Etched Lithium Fluoride Crystal
- Light Figure Phenomena Revealed and Crystal Faces Developed by Chemical Etching in Silicon Crystal
- Growing of Single Crystals of Zinc, Bismuth and White Tin by the Bridgman Method
- The Light-Figure Phenomenon Revealed and Crystal Planes Developed by Etching in Tetragonal Tin Crystals and the Determination of Their Crystal Orientations by the Light-Figure Method. II : Orientation Determination by Light Figures
- The Light-Figure Method as Compared with the Back-Reflection Laue Method for Determining Orientations of Metal Single Crystals
- Light Figures of Zinc Crystals
- Light Figures of Bismuth Single Crystals and the Determination of Their Crystal Orientations by the Light-Figure Method. III : Orientation Determination by Light Figures
- Orientation Determination of Zinc Crystals by the Light-Figure Method
- Light Figures of Bismuth Single Crystals and the Determination of Their Crystal Orientations by the Light-Figure Method. I : Preliminary Investigations
- Light-Figure Phenomena Revealed and Crystal Faces Developed by Chemically Etched Nickel-Copper Alloy Crystals
- Orientation Determination of Crystal Grains by Light Figures
- On the Solution-Body Phenomenon and Anisotropy of Solution Rate in Tetragonal Tin Crystal
- On the Solution-Body Phenomenon and Anisotropy of Solution Rate in Zinc Crystal
- Further Studies on the Orientation Determination of Cubic Metal Crystal Rods by the Light-Figure Method
- Orientation Determination of Cubic Crystal Plates by the Light-Figure Method
- Light-Figure Phenomenon Revealed and Crystal Planes Developed by Chemical Etching in Zinc Single Crystals
- The Light-Figure Phenomenon Revealed and Crystal Planes Developed by Etching in Tetragonal Tin Crystals and the Determination of Their Crystal Orientations by the Light-Figure Method. I : The Light-Figure Phenomenon Revealed and Crystal Planes Developed b
- A Study on the Strain-Free Cutting of Metal Single Crystals
- On the Production of Single Crystals of Zinc, Bismuth and Tin by Sucking Up from Their Melts
- On the Solution-Body Phenomenon and Anisotropy of Solution Rate in Bismuth Crystals
- Light Figures of Bismuth Single Crystals and the Determination of Their Crystal Orientations by the Light-Figure Method. II : Light Figures
- Light-Figure Phenomena Revealed and Crystal Faces Developed by Chemical Etching in Copper and α-Brass Crystals
- A Note on the Determination of Crystal Orientations by the Back-Reflection Laue Method
- Fatigue Properties of Zinc Single Crystals and Polycrystals
- Fatigue Properties of Zinc Single Crystals and Polycrystals. II : Surface Markings Produced by Fatigue