Dark-Field Electronmicroscopy and Its Application
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概要
- 論文の詳細を見る
A new method was used for dark-field electronmicroscopy. By using this method it was not only possible to obtain both bright-field and dark-field images without changing the position of the specimen, but the lowering of the resolution was more minimized than that of the method hitherto obtained. It was applied in the present study for dark-field electronmicroscopy of vaporization film, thin crystal and bacteria. As the results, it was found that dark-field images were very interesting and important concerning electron-microscopy of various specimens.
- 東北大学の論文
著者
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Takahashi Shoichi
Research Institute For Scientific Measurements
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HIBI Tadatosi
Research Institute for Scientific Measurements
関連論文
- On a Slit for Objective Electron Lens
- Crystal Habit of Magnesium Oxide Smokes
- A New Method for Preparing Pointed Cathodes Having Unusually Oriented Tips
- 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
- 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