スポンサーリンク
Department Of Nuclear Engineering Faculty Of Engineering Osaka University | 論文
- Measurement of Helium Production Cross Sections of Stainless Steels for 14 MeV Neutrons
- The Appearance of Radial Electric Field in Source Plasma Due to Extraction
- Excitation of Longitudinal Waves near Ion Cyclotron Harmonics
- Direct Surface Modification of Zirconium by Reactive Plasma Processing at Elevated Temperatures
- Discrete Variational X_a Cluster Calculations of Electronic Structure for Uranium Compounds
- Discrete Variational X_α Cluster Calculations.I. Application to Metal Clusters
- Suppression of Precessional Drift Wave by External Inhomogeneous High Frequency Field
- Injection-Trapping of High Energy Molecular Ions into the Mirror Field with the RF Electric Field (II)
- Decrease in Intensity of Hg Lines near the Source in Weakly Ionized Mercury Gas Flow
- Effect of Neutral Gas and Impurity on Loss of Injected Ions during Slowing Down
- "OKTAVIAN-I, II. As D-T Neutron Sources for Studies of Radiation Effects on Plasma Diagnostics"
- Response Time of Ion Beams in a PIG Ion Source
- Surface Erosion of Metal Molybdenum Bombarded with Energetic Hydrogen or Helium Ions
- Beam Controllable PIG Ion Source
- Plasma Supply to Extraction Region in High-Current Ion Source
- Method for Calculating Anisotropic Neutron Transport Using Scattering Kernel without Polynomial Expansion
- Fusion Neutron Irradiation Effects on Some Diagnostic Devices
- Neutron transport calculations by using double-differential cross sections.
- New method of large-area DC ion beam formation with multiple electron beams. I. Effect of ion density distribution of source plasma on geometrical shape of plasma boundary.:Effect of Ion Density Distribution of Source Plasma on Geometrical Shape of Plasma
- New method of large-area DC ion beam formation with multiple electron beams. II. Control of geometrical shape of plasma boundary by means of electron beam injection.:Control of Geometrical Shape of Plasma Boundary by Means of Electron Beam Injection