X-Ray Fluorescence Analysis of Potassium in Impacted Mica
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概要
- 論文の詳細を見る
- 社団法人応用物理学会の論文
- 1976-10-05
著者
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HYODO Shin-ichi
Department of Applied Physics, Faculty of Engineering, the University of Tokyo
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Hyodo Shin-ichi
Department Of Applied Physics The University Of Tokyo
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Hyodo Shin-ichi
Department Of Applied Physics Faculty Of Engineering The University Of Tokyo
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Hirai Yasuharu
Department Of Applied Physics The University Of Tokyo
関連論文
- Effect of Tensile Stress on the Rupture Mode of Glass and Fused Silica Fibers
- PSEE-Related Phenomena Indicative of the Meaning of Two-Process Model Parameters for Mechanically Deformed Aluminum : Exoemission Mechanism and Related Phenomena
- A Method for Determining the Activation Rates of PSEE Centers in Scratched Aluminum by Varying the Stimulation Intensity
- A Note on Electron Transfer to Exoelectron Emission Sources from Scratched Auminum
- Intermittent Automodulation Observed in Fe-3% Si Reeds
- Resonance Curves Obtained in the Vibration of Fe-3% Si Reeds
- Tensile Fragmentation of Glass Fibers
- Change of Energy-Level Distribution of Photoemission Sources in Al and Zn Caused by Scratching
- Storage Effect in Photostimulated Exoelectron Emission from Scratched Aluminum
- Component Assignments of the Raman Spectrum from Highly Elongated Silica Glass Filbers
- An Improved Method for Determining the Emission Rate and Source Population of PSEE
- Intensity vs Time Profiles of Photostimulated Exoelctron Emission from Scratched Aluminum
- Two-Process Model for a Comprehensive Interpretation of Photostimulated Exoelectron Emission
- X-Ray Fluorescence Analysis of Potassium in Impacted Mica
- Direct Observation of Twin Formation in Iron-4.4% Silicon Crystals
- Fast Penetration of Liquid Gallium in Polycrystalline Aluminum Films
- Possibility of Supervelocity of Glass Fracture
- Anomalous Permeation of Low Energy Neon Atoms in Tungsten at Low Temperatures
- Corrected View on Tensile Fragmentation of Glass Fibers
- Velocity Measurements of Glass Fracture in Different Atmospheres
- Glass Cracking Caused by Underwater Spark
- High Speed Elongation of Long Test-Piece of Rubber