Ion Transport from Laser Induced Metal Plasma to Ion Extraction Electrodes
スポンサーリンク
概要
- 論文の詳細を見る
- 1995-03-25
著者
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Nishio R
Hitachi High‐technologies Corp. Yamaguchi Jpn
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Nishio Ryoji
Energy Research Laboratory Hitachi Ltd.
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YAMADA Kimio
Energy Research Laboratory, Hitachi Ltd.
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SUZUKI Kazumichi
Energy Research Laboratory, Hitachi Ltd.
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WAKABAYASHI Manabu
Nuclear Power Research & Development Center, Tokyo Electric Power Co.
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Yamada Kimio
Energy Research Laboratory Hitachi Ltd.
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Suzuki K
Hitachi Engineering And Product Division Hitachi Ltd.
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Suzuki Kazumichi
Energy Research Laboratory Hitachi Ltd.
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Wakabayashi Manabu
Nuclear Power Research & Development Center Tokyo Electric Power Co.
関連論文
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- Measurement of Dipole-Moment in Atomic Transitions under Strong External Magnetic Field
- A Novel Plasma Etching Tool with RF-Biased Faraday-Shield Technology : Chamber Surface Reaction Control in the Etching of Nonvolatile Materials
- Ion Transport from Laser Induced Metal Plasma to Ion Extraction Electrodes
- Cross Sections of Charge Transfer between Uranium Atoms and Ions Produced by Autoionization
- Reduction of Charge Transfer Loss in Atomic Laser Isotope Separation by Production of Excited Ions through Autoionization Levels
- Application of Fission Chamber to Uranium Microanalysis
- Noncontact Measurement of Film Thickness by the Photothermal Deflection Method
- Laser Breakdown Acoustic Effect of Ultrafine Particle in Liquids and Its Application to Particle Counting : Mechanical and Acoustical Properties
- Measurement of Mechanical Vibration Using a Laser Speckle Correlation Method
- Fluorometry of UO22+ ion in nitric acid solutions.
- Chemical state and deposition rate of nickel ion deposit produced on heated surface in high pressure boiling water.
- Using anemometer for particle size measurement of sodium mist.
- Ion Behavior in Photoionization Plasma Originating from One-Directional Atomic Vapor Flow under External Electric Field.
- Ion Extraction Characteristics on a Barium Plasma Produced between Alternately Biased Parallel Plate Electrodes.
- Separation of barium isotopes by selective two-step photoionization process.