<RESEARCH REPORT>A LIB ICF System and Problems to be Solved in Theory
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概要
著者
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Kawata S
Technological Univ. Nagaoka Nagaoka Jpn
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Niu Keishiro
Department Of Energy Sciences Tokyo Institute Of Technology
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Niu Keishiro
Tokyo Institute Of Technology
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Kawata Shigeo
Tokyo Institute Of Technology
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TAMBA Moritake
The Institute of Physical and Chemical Research
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Murakami Hiroyuki
The Metropolitan College Of Technology
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Arai Suguru
Tokyo Institute of Technology
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Nagata Norimasa
Tokyo Institute of Technology
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Seto Masaru
Tokyo Institute of Technology
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Takahasi Syogo
Tokyo Institute of Technology
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Tamba Moritake
The Institute Of Physical And Chemical Rerearch
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Niu Keishiro
Department Of Energy Science Tokyo Institute Of Technology
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Niu Keishiro
Tokyo Inst. Of Tech
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Kawata Shigeo
Department Of Energy Science Tokyo Institute Of Technology
関連論文
- NUMERICAL ANALYSIS FOR CURRENT NEUTRALIZATION OF ROTATING LIGHT ION BEAM
- Method of oCharacteristics for Isentropic Compression of Initially Uniform and Finally Nonuniform DT Sphere
- Analysis of Ion Beam Extracted from Reflex Tetrode
- Deflagration Wave Formed by Ion Beam. : II. In Spherical Target
- Deflagration Wave Formed by Ion Beam. : I. In Slab Target
- Analysis for Extraction and Bunching of Ion Beam from Spherical Reflex Triode
- MACROSCOPIC ANALYSIS OF ROTATING AND PROPAGATING LIB
- A LIB ICF System and Problems to be Solved in Theory
- Rotating and Propagating LIB Stabilized by Self-Induced Magnetic Field
- Sausage Instabilities Stabilized by Radial Motion in Z-Discharged Plasma Channel for Beam Propagation in LIB-Fusion
- Behaviors of Z-Discharged Plasma Channel for Beam Transport in LIB-Fusion
- Analysis for Production of Fast Ions in Laser-Irradiated Target II. In Spherical Target
- Analysis for Production of Fast Ions in Laser-Irradiated Target : I. In Plane Target : Affection of Electrostatic Instability
- Analysis of Target Implosion Irradiated by Proton Beam. I. : Beam Interaction With Target Plasma
- Comparisons between Numerical and Approximate Solutions for Vibrational-Nonequilibrium Nozzle Flows of CO_2-N_2 Mixtures
- Simulation of LIB Target Implosion
- ESTIMATION AND OPTIMIZATION OF TARGET GAIN
- Energy Deposition by Light Ion Beams in Targets and Pellet Gain (粒子ビ-ムを用いた核融合の研究-1-(研究会報告))
- PREFACE
- MICROINSTABILITIES IN ION BEAM PROPAGATION
- Rayleigh-Taylor Instability in Nonuniform Pellet of Inertial Confinement Fusion
- Microscopic Analysis of Rotating and Propagating LIB
- Self-Semilar Solutions of Hydrodynamic Equations for Expanding Layer with Boundary Condition Specified by Differential Equation
- Tritium Breeding in DT-DD Hybrid Pellet for Inertial Confinement Fusion
- DT-DD Hybrid Pellet for Inertial Confinement Fusion
- Filamentation and Two-Stream Instabilities of Light Ion Beams in Fusion Target Chambers
- Deflagration Wave with Radiative Energy Transport
- Interaction of Amplitude Modulated Microwave with Highly Ionized Magneto-Plasma
- Plasma Produced by Electron Cyclotron Resonance Heating in Poloidal Heliotron Magnetic Field
- Interaction of Amplitude Modulated Microwave with Highly Ionized Magneto-Plasma II.
- Edge Effect and Its Measures of the Light Ion Beam Propagation in ICF
- Steady-State Solutions of Propagating LIB with Rotaing Motion
- High-Power Tritium Beam Propagation
- ANALYSIS FOR FUEL IMPLOSION IN ICF TARGET AND PELLET GAIN
- FIRE BALL IN LIB-ICF REACTOR
- 5. TWO-DIMENSIONAL SIMULATION OF LIB TARGET IMPLOSION (III. General Applications)
- SIMULATION OF ION-BEAM IN MID
- Effect of Nonuniform Implosion of Target on Fusion Parameters
- EQUATION OF STATE FOR FUEL AND TARGET IMPLOSION
- Effect of Nonuniform Implosion of Target on Fusion Parameters
- Proposal of LIB Fusion System
- ALPHA-BURNING IN ICF TARGET
- IMPLOSION AND STABILITY OF LIB TARGET
- Propagation of Light Ion Beam "Micro-and Macrostabilities of Rotating Ion Layer"
- Hydrodynamic Interpretation of Plasma Motions after the Anomalous Heating by a Laser
- Induced Magnetic Fields in Pellet Plasma Accompanied by Strongly Accelerated Motion
- Numerical Analysis on Implosion of Laser-Driven Target Plasma
- Numerical Analysis on the Stability of Laser-Driven-Pellet Implosion
- Spontaneous Generation of Electromagnetic Waves in Plasmas with Electron Thermal Flux
- Instability and Breaking up of a Bulk of Gas with a High Relative Velocity to a Surrounding Liquid
- Production of Highly Ionized Plasma
- Collisionless Quasi-Shock Wave in a Longitudinal Magnetic Field
- Relaxation of Anisotropy in Electron Velocity Distrubution of Fully Ionized Plasma
- Anomalous Viscosity Due to Weak Turbulence in Imploding Target Plasma
- Development of Electromagnetic PIC Code for LIB Diode
- Formation of Diamond Like Carbon by a Pure Carbon Arc Under High Vacuum
- CW Metal Arc Discharge Under High Vacuum