New Lens System Using Toroidal Magnetic Field for Intense Ion Beam
スポンサーリンク
概要
- 論文の詳細を見る
The use of toroidal magnetic field as a lens system is proposed for producing intense ion beam. The characteristics of the lens system are obtained both analytically and numerically. Some examples of ray-trajectories are presented for different focal lengths. The system is applicable to neutral beam injection heating and micro-pellet i implosion for nuclear fusion, and to the other fields such as ion beam X-ray lasers.
- 核融合科学研究所の論文
著者
-
FUJITA Junji
Institute of Plasma Physics, Nagoya University
-
FUJITA Junji
Research Information Center, Institute of Plasma Physics, Nagoya University
-
MOHRI Akihiro
Research Information Center, Institute of Plasma Physics, Nagoya University
-
IKUTA Kazunari
Institute of Plasma Physics, Nagoya University
-
Fujita Junji
Institute Of Plasma Physics Nagoya University
-
Mohri Akihiro
Research Information Center Institute Of Plasma Physics Nagoya University
-
Ikuta Kazunari
Institute Of Plasma Physics Nagoya University
-
Ikuta Kazunari
Research Information Center Institute Of Plasma Physics Nagoya University
関連論文
- Plasma Diagnostics Using Charge Exchange Spectroscopy on the JIPP T-IIU Tokamak : Nuclear Science, Plasmas and Electric Discharges
- Characteristics of a Channel Electron Multiplier for Detection of Positive Ion
- Plasma Heating Experiments Due to Large Amplitude Ion Cyclotron Waves
- Thermal Characteristics of a Metal-Film Bolometer
- Radiation Loss and Impurity Abundance during ICRF Heating in the JIPP T-IIU Tokamak
- Characteristics of the Detectors for Bolometric Measurement in Application to High Temperature Plasma
- Fourier Transform Spectroscopy of Electron Cyclotron Emission from JIPP T-II Torus
- Observation of Mode-Converted Ion Bernstein Wave by an HCN Laser Scattering
- Application of a Schottky Barrier Diode Mixer to a 118.8 μm Laser lnterferometer
- Observation of Mode-Converted Ion Bernstein Wave by an HCN Laser Scattering
- Measurement of Small-Scale Density Fluctuation in JIPP T-II Plasma by Millimeter and Sub-Millineter Wave Scattering
- Electron Energy Increase of an REB-Ring by Major Radius Compression
- Experiment on Current Decay of Intense REB Ring with a Large Self-Magnetic Energy
- Preliminary Experiment on Electron Beam Injection for Tokamak Current Drive
- Generation of Astron-Spherator Configuration
- Formation of Relativistic Electron Beam Rings in a Conducting Cavity
- Recent Activities on JIPP T-IIU Tokamak
- Spectroscopic Measurement of Electron Temperature during Lower Hybrid Current Startup in JIPP T-IIU Tokamak
- Neutron Yield in a Repetitive Dense Plasma Focus
- Reflection of keV Light Particles from Random Solidsby Modified Single-Collision Model
- Comparison of 35 GHz Microwave Reflection Probe Method with 150 GHz Microwave Interferometry
- Landing of REB Ring on Equilibrium Orbit
- Landing of REB Ring on Equilibrium Orbit
- Relativistic Electron Beam Source with an Air-Core Step-Up Transformer
- Production of Strong Current Ion Beams in Non-Uniform Magnetic Field
- An Injection Method of a High Intensity Relativistic Electron Beam into a Toroidal Device
- Production of Strong Current Ion Beams in a Non-Uniform Magnetic Field
- Relativistic Electron Beam Source with an Air-Core Step-up Transformer
- X-Ray Spectra from H-,He-and Li-Like Iron Ions in a Vacuum Spark Plasma
- Direct Energy Input to Compressor for Inertial Confinement Fusion
- Ablation Accelerator (ABLAC) as Driver for Impact Fusion
- Ablation Accelerator (ABLAC) as Driver for Impact Fusion
- Sheath Potential Generated by a Relativistic Electron Beam
- Curved Crystal Spectrometer with Position-Sensitive Solid-State Detector for Plasma Diagnostics
- Characteristics of Concave Curved Crystals for X-Ray Diagnostics of High-Temperature Plasma
- Behavior of Thin Arc Plasma in a Self-Crowbar Air Gap
- Sheath Potential Generated by a Relativistic Electron Beam
- 10 Channel Grating Polychromator for the Measurements of Electron Cyclotron Emission : Nuclear Science, Plasmas and Electric Discharges
- 10 Channel Grating Polychromator for the Measurements of Electron Cyclotron Emission
- New Lens System Using Toroidal Magnetic Field for Intense Ion Beam
- New Lens System Using Toroidal Magnetic Field for Intense Ion Beam
- Production of Fast Neutral Lithium Beam for High Temperature Plasma Probing
- Space-Resolved Measurement of Electron Density by Neutral Li Beam Probing in NBT
- Measurement of the Magnetic Field in a Plasma Using an Impurity Probe Spectroscopy
- The Hydrogen Balmer-α Line Profile in RF-Discharge Plasmas
- Plasma Diagnostics by Neutral Beam Probing
- Cross Sections for One-Electron Capture by Highly Stripped Ions of Be,B,and C from H_2 and Ar below 10 keV
- A High Resolution Echelle Mortochrornator and Its Application to Ion Temperature Measurement of He Plasma
- Experiments of Plasma Confinement in J.I.P.P. Stellarator : II. Convective motions due to trapped particles in stellarator field
- Experiments of Plasma Confinement in JIPP Stellarator-I : Preliminary Results Using J×B Gun and ECRH Plasma
- MHD Instability of Plasma Column with an Embedded Ion Beam
- Edge Cooling of Hot Plasma with the Help of Radio Frequency Waves
- Electron Density Measurement of a Tokamak Plasma by an HCN-Laser Interferometer
- ELECTRON DENSITY MEASUREMENT OF A TOKAMAK PLASMA BY AN HCN LASER INTERFEROMETER
- A Preliminary Experiment on Current Sustaining in a Magnetized Toroidal Plasma
- Spinning Plasma Ring Stable to Tilitng Mode
- Millimeter-Wave Photoconductivity and Donor State in N-Type InSb
- The Sun-Mill-a Version of Dunking-Bird as an Energy Convertor of Sun's Radiation
- Tokamak Experiment in SPAC-II
- System of Inner Current Annuli Arranged along the Minor Axis of a Torus
- Edge Cooling of Hot Plasma with the Help of Radio Frequency Wave
- Behavior of Liquid Fuse in a Non-Destructive Opening Switch
- Moving Toroidal Limiter
- Electromagnetic Shock Wave in a Transparent Medium
- Dynamics of the Sun-Mill
- A New Possibility to Generate a Reversed Field Configuration without Toroidal Field
- Two Component Plasma Vortex Approsch to Fusion
- A Shaped Projectile for Hypervelocity Impact as a Driver of Nuclear Fusion
- Motion of Fluid Driven by Electro-Thermally Ablated Gas Pressure
- Magneto-Inertia Confinement in Dynamic Z-Pinch
- Repetitive Liquid Fuse Opening Switch
- Compact Toroids with Rotating Halo-the Spintor
- Calculation of Projectile Velocity in an Electromagnetic Mass Driver
- Resistivity of Flame Plasma in an Electric Field
- Electromagnetic Acceleration of Macroparticles to Hypervelocities with Self-Crowbarring Ablation Mass Driver
- Electromagnetic Acceleration of Macroparticles to Hypervelocities in Axisymmetric Geometry
- On Steady Tokamaks with Relativistic Electrons
- Plasma Focus Breeder
- AC (Alternating Current) Tokamak
- A Direct Energy Converter for Fusion Reactors
- Relaxation of Z Discharge between Electrodes
- A New Possibility to From Reversed-Field Configuration for Imploding Liner
- Application of Plasma Focus Device to Compression of Toroidal Plasma
- On a Self-Crowbar Air Gap
- The Neo-Z-Pinch Concept in Magnetic Fusion
- Plasma Cross-Section Viewed from Alpha Particle Confinement
- Plasma Flow Driven by Fusion-Generated Alpha Particles
- Stability of High Intensity Electron Beam
- Radiation-Cooled Helicity-Injecting Reversed Field Pinch Formed with Relativistic Electrons
- A Kinematic Study of Neutralized Electron Rings
- Ablation Acceleration of Macroparticle in Spiral Magnetic Fields
- 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
- Twin Tori for a New Bundle Divertor
- A New System of Toroidal Confinement of Plasmas
- A Stabilized Magnetic Mirror Field
- Adiabatic Compression of Plasma in Trapped-Particle-Free Stellarator
- Current-Carrying Plasma in Ferromak