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Department of Nuclear Engineering, Faculty of Engineering, Osaka University | 論文
- Operational Characteristics of Two-Stage Discharge Ion Source
- Transient Decrease in Skin Resistance Response and Level at the Deh-Chi Stage Caused by Manual Acupuncture
- Coherent Interactions of a Modulated Electron Beam with a Plasma (HXR-4)
- Retrograde endoscopic laser therapy for transitional cell carcinoma of the upper urinary tract
- A High Current and Good Emittance Ion Source
- Flowing Mercury Afterglow Excited by D. C. Discharge
- Depopulation of Excited Mercury Atoms by Collisions with Hydrogen Molecules in the Flowing Mercury Afterglow
- Coherent Domains in Some Parameter Spaces Inherent in a Beam-Plasma Regime
- Non-Linear Phenomena in Beam-Plasma Interaction
- An Observation on a Non-Linear Effect in Beam-plasma Interaction
- Energy Loss of Low Energy Protons and Deuterons in Evaporated Metallic Films
- Stabilization of Flute Instability by High Frequency Field
- Stabilization of Flute Instability by Means of High Frequency Field
- Microinstability of Mirror Confined Energetic Plasma in an R.F. Electric Field
- Excitation of Ion Cyclotron Harmonic Waves in a Plasma by a Perpendicularly Injected Electron Beam
- Intensity Relaxation of Certain Hg Lines in Preionized Mercury Vapor Flow
- Processing High-Level Liquid Waste by Super-High-Temperature Method, (III) Reactions of Platinum Metal Oxides with Titanium Nitride
- Processing High-Level Liquid Waste by Super-High-Temperature Method, (IV) Reducing Reactions and Alloy Formation by Platinum Group Elements, Molydenum and Corrosion Products Taking Place in Simulated HLLW
- New Control Rod Homogenization Method for Fast Reactors
- Suppression of Precessional Drift Wave by External Inhomogeneous High Frequency Field