OBSERVATION OF LARGE ISOTOPE SHIFT IN AUTOIONIZATION LEVELS OF URANIUM ATOM
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概要
- 論文の詳細を見る
- 1996-12-25
著者
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Shibata Takemasa
Department Of Chemistry And Fuel Research Japan Atomic Energy Research Institute
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OGURA Koicih
Department of Chemistry and Fuel Research, Japan Atomic Energy Research Institute
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Ogura Koicih
Department Of Chemistry And Fuel Research Japan Atomic Energy Research Institute
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SHIBATA Takemasa
Department of Chemistry and Fuel Research, Japan Atomic Energy Research Institute
関連論文
- Ion Collection from Photoionized Plasma with a Wire Electrode in a Weak Magnetic Field
- Charge Transfer Cross Sections for Uranium
- Charge Transfer Cross Sections for Dysprosium and Cerium
- Secondary Electron Emission Yield from Uranium Surface due to Uranium Ion Bombardment
- Development of a Compact Atomic Beam Flux Monitor Based on Surface Ionization
- Effect of Electron Beam on Velocities of Uranium Atomic Beams Produced by Electron Beam Heating
- A New Method for Measuring Secondary Electron Emission Yield from Nd Surface Bombarded by Ions from a Laser-Ion Source
- High Enrichment of ^Si by Infrared Multiple Photon Decomposition of Si_2Fe_6
- Ion Collection from Laser-Induced Plasma Using Positively Biased Wire Electrode
- Observation of Isotope Shift in Autoionization Levels of Uranium Atom
- OBSERVATION OF LARGE ISOTOPE SHIFT IN AUTOIONIZATION LEVELS OF URANIUM ATOM
- Time Variation of Surface Temperature during Electron Beam Evaporation
- Temperature Profiles on Liquid Metal Surface during Electron Beam Evaporation
- Production of Stable Atomic Beam in Electron Beam Evaporation Process
- Ionizing Collisions of the Metastable and Long-lived Highly Excited States of Helium Atoms with Water Vapor
- Field Ionization of Highly-excited Helium and Hydrogen Atoms Produced by Electron Impact
- Formation of Long-Lived Highly-Excited States of H, C, and N Atoms by Low-Energy Electron Impact on CH3CN
- Ion Collection from Photoionized Plasma with a Wire Electrode in a Weak Magnetic Field
- Development of a Compact Atomic Beam Flux Monitor Based on Surface Ionization