A Negative V" System with the Deep Well Depth of 80%
スポンサーリンク
概要
著者
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Ikuta Kazunari
Research Information Center Institute Of Plasma Physics Nagoya University
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IKUTA Kazunari
Research Information Center, Institute of Plasma Physics, Nagoya University
関連論文
- Neutron Yield in a Repetitive Dense Plasma Focus
- Landing of REB Ring on Equilibrium Orbit
- Production of Strong Current Ion Beams in a Non-Uniform Magnetic Field
- Ablation Accelerator (ABLAC) as Driver for Impact Fusion
- Ablation Accelerator (ABLAC) as Driver for Impact Fusion
- Sheath Potential Generated by a Relativistic Electron Beam
- New Lens System Using Toroidal Magnetic Field for Intense Ion Beam
- Edge Cooling of Hot Plasma with the Help of Radio Frequency Wave
- Moving Toroidal Limiter
- Electromagnetic Shock Wave in a Transparent Medium
- Radiation-Cooled Helicity-Injecting Reversed Field Pinch Formed with Relativistic Electrons
- Magnetic Configuration of Twin Tori for a New Bundle Divertor
- Ablation Acceleration of Macroparticle in Spiral Magnetic Fields
- Catastrophe in Plasma Focus Evolution
- On Steady Operation of Field Reversed Configurations
- Plasma Flow Driven by Fusion-Generated Alpha Particles
- Importance of Field-Reversing Ion Ring Formation in Hot Electron Plasma
- Negative Shear Ferromak for Stabilization of Current Disruptions in Toroidal Discharge
- Two Component Plasma Vortex Approach to Fusion
- Compression of Toroidal Plasma by Imploding Plasma-Liner
- Current-Carrying Plasma in Ferromak
- Compact Toroids with Rotating Halo-the Spintor
- Diffusion Driven Plasma Current with Turbulent Dynamo
- Electromagnetic Acceleration of Macroparticles to Hypervelocites in Axisymmetric Geometry
- A Negative V" System with the Deep Well Depth of 80%
- Stability of High Intensity Electron Beam
- Twin Tori for a New Bundle Divertor
- Plasma Focus Breeder