Electron Orbit Analysis in a Localized Plasma-Beat Wave and a Plasma Fiber Accelerator
スポンサーリンク
概要
- 論文の詳細を見る
The particle orbit in a plasma fiber accelerator and/or a localized plasma-beat wave is numerically investigated to evaluate trapping efficiency. In the present plasma fiber accelerator, the phase velocity of the acceleration field is assumed to be constant and the field profile is very different from the plane geometry because of a small focal spot. Therefore, most of the injected electron orbits are bent by the transverse acceleration field. As the result of the orbit analysis, it is found that only a few percent of 0.5 MeV injected electrons can be trapped in the acceleration field and become more than 10 MeV.
- INSTITUTE OF PURE AND APPLIED PHYSICSの論文
- 1989-08-20
著者
-
Mima Kunioki
Institue Of Laser Engineering Osaka University
-
OSUGA Toshiaki
Institute of Clinical Medicine, University of Tsukuba
-
Takabe Hideaki
Institute For Laser Engineering Osaka University
関連論文
- Intense Nickel-like Neodymium X-Ray Laser at 7.9 nm with a Double-Curved-Slab Target
- New, Effective Treatment Using Proton Irradiation for Unresectable Hepatocellular Carcinoma
- New Spectral State of Supercritical Accretion Flow with Comptonizing Outflow
- Generation of Super-Fast Ions due to Nonlinear Processes near the Quarter Critical Density in Laser-Produced Plasmas
- 24pQE-12 Particle-in-cell simulation on proton acceleration using cone targets
- Ablation Nonuniformity on Laser Irradiated Pellet and Collisional Hot Electron Filamentation
- Simulation Study of the Multi-Species Ion Plasma Interacting with an Ultra Intense Laser
- Experimental Study on Electron Beam Energy Recovery System Using a Laser-Heated Electron Gun and a Multistage Electron Collector for Highly Efficient Beam Application
- Observation of Spontaneous Radiation Emitted by Electron Beam Interaction with Electromagnetic Helical Microwiggler
- Proof of Principle Experiments for Compton Scattering of a Stored Photon in a Supercavity
- Conceptual Design Studies of a Laser Diode Pumped Solid State Laser System for the Laser Fusion Reactor Driver
- Calculation of Photoionized Plasmas with a Detailed-Configuration-Accounting Atomic Model
- Numerical Studies of Induced Emission and Saturation of Free Electron Lasers Using a CO_2 Laser Wiggler
- Electrostatic Field Generation and Hot Electron Reduction in a Laser Produced Plasma
- Hot Electron Transport Inhibition and Density Modification due to Electrostatic Field
- Simulations of Anomalous Stimulated Raman Backscattering in a Bounded Plasma
- Effects of Multiple Shock and Thermal Conduction on Mixing Layer Evolution in a Stagnating High-Gain Inertial Confinement Fusion Target
- Shock-Wave-Driven Instability at Material Interface in Laser Driven Implosion
- Quasi-Linear Saturation in Free Electron Lasers
- Nonlinear Effects in Collective Absorption
- Design of Modified Wiggler for Higher Harmonic Lasing of Free Electron Laser
- Deflagration Waves in Laser Compression. I
- 22aWE-2 Generation of One-Cycle Laser Pulses by Use of High Amplitude Plasma Waves
- 26aYF-7 Parametric instabilities of intense lasers from interaction with electron beams
- 6p-YM-1 On the Theory of Relativistically Intense EM Wave Propagation in Overdense Plasma and the Boundary-Value Problem
- Spatial Coherence Measurement of 13.9nm Ni-like Ag Soft X-Ray Laser Pumped by a 1.5ps, 20J Laser
- Effects of Spectator Electrons on X-Ray Spectra of Impurity Ar in High Denisty Plasmas
- High-Crder Harmonic Generation in Dense Plasmas with a High Inensity Light Field
- Neutral Debris Mitigation in Laser Produced Extreme Ultraviolet Light Source by the Use of Minimum-Mass Tin Target
- Relativistic Electron Fluid Simulation and Studies on Electric Shock Wave Formation(Gases, plasmas, electric discharges, and beams)
- 20pZB-6 Merits of double-cone target for fast ignition
- 20aZB-3 3D PIC Simulation on the Focusing of Intense Laser via Parabolic Plasma
- Whistler Wave Trapping in a Narrow Density Trough
- Hot Electron Energy Distribution in One-Dimensional Cannonball Target at 10.6 μm Laser Wavelength
- Energetic Proton Generation in a Thin Plastic Foil Irradiated by Intense Femtosecond Lasers
- Magnetic Field Effects on Resonance Absorption
- Recent Laboratory Astrophysics Experiments at LULI
- Ultrahigh Pulsed Magnetic Field Produced by a CO_2 Laser
- Measurements of Intensity Scaling of Ablation Pressure at 10.6 μm and 1.05 μm Laser Wavelengths
- Measurements of Ablation Pressure and Mass Ablation Rate Using a Target Pendulum and a Thin Foil Target at 10 μm Laser Wavelength
- Fine Structures of Laser-Driven Punched-Out Tin Fuels Observed with Extreme Ultraviolet Backlight Imaging
- Study of Thermal Smoothing by Shock Speed Measurement
- Spatial Coherence Measurement of 13.9 nm Ni-like Ag Soft X-Ray Laser Pumped by a 1.5 ps, 20 J Laser
- Stationary Spectrum of Pseudo-Three-Dimensional Electrostatic Turbulence in Magnetized Plasmas
- 21pRS-7 Phase modulation of probe light via laser induced wake field plasma wave
- Effects of Relativistic Binary Collisions on PIC Simulation of Laser Plasmas
- Measurement of absorption distribution by second harmonic and x-ray images
- X-Ray Afterglow from the Matter Heated by Emission of GRB(Poster)
- Relativistic Effects on Transport Coefficients in Collision Dominant Magnetoactive Plasmas
- An Extension of Spitzer-Harm Theory on Thermal Transport to Steep Temperature Gradient Case.I.General Formulation
- Two Langmuir Wave Parametric Decay Instability Driven and Trapped by a Self-Trapped Electromagnetic Pump
- An Extension of Spitzer-Harm Theory on Thermal Transport to Steep Temperature Gradient Case.II.Integral Representation
- Effects of Thermal Conduction and Compressibility on Rayleigh-Taylor Instability
- Realistic Gain in Raman Regime Free Electron Laser-Effect of Beam Energy Spread-
- Fabrication of Low-Density Solid Xenon as Laser-Produced Plasma Extreme Ultraviolet Source
- The Structure of Accretion Disks Formed by Merging of White Dwarfs
- Effect of Nonuniform Implosion on High-Gain Intertial Confinement Fusion Targets
- Astrophysics with Intense and Ultra-Intense Lasers : "Laser Astrophysics"
- 18pQC-8 Model calculations on photo-ionized plasmas in relevant to laboratory astrophysics
- 25pXB-3 Turbulence and structure in dense plasmas
- Can X-Ray Lasers Exist in Astrophysical Objects?
- Advanced Target Design for the FIREX-I Project
- Laser Production of Extreme Ultraviolet Light Source for the Next Generation Lithography Application
- Theoretical Study of Ultra-Relativistic Laser Electron Interaction in the Strong Radiation Reaction Regime
- Theoretical Study of Ultra-Relativistic Laser Electron Interaction with Radiation Reaction by Quantum Description
- Influence of Electrostatic and Magnetic Fields on Hot Electron Emission in Ultra-Intense Laser Matter Interactions
- Collisionless Shock Wave Generation in Counter-Streaming Plasmas Using Gekko XII HIPER Laser
- Prepulse Effect for Recombining Plasma Produced by Ultrashort High-Intensity Lasers
- Extreme Ultraviolet Emission from Laser-Irradiated Low-Density Xe Targets
- Systematic Study on Ce:LuLiF4 as a Fast Scintillator Using Storage Ring Free-Electron Lasers
- Low-Density-Plastic-Foam Capsule of Resorcinol/Formalin and (Phloroglucinolcarboxylic Acid)/Formalin Resins for Fast-Ignition Realization Experiment (FIREX) in Laser Fusion Research
- Zonal Proton Generation from Target Edges Using Ultra-Intense Laser Pulse
- Shock Pyrometry of Laser-Irradiated Foils Below 1 eV
- Enhancement of Thermal Smoothing Effect on Laser Imprint with Soft X-Ray Radiation
- High Energy Electron Generation by Laser-Cone Interaction
- Monochromatic X-Ray Sampling Imager for Laser-Imploded Core Plasma Observation with Highly Spatial, Temporal, and Spectral Resolutions
- Properties of Shell-Confined Long Life Plasmas Produced by Lasers
- X-Ray Polarization Spectroscopy of Heα Line Emission for Diagnosis of the Anisotropy of Hot Electrons
- Pulse Expansion and Doppler Shift of Ultrahigh Intense Short Pulse Laser by Slightly Overdense Plasma
- Proton Acceleration in the Interaction of an Intense Laser Light with a Cone Plasma Target and Coated Proton Layer
- Dynamics of Self-Generated Magnetic Fields in Stagnation Phase and their Effects on Hot Spark Formation
- X-Ray Afterglow from the Matter Heated by Emission of GRB(Poster)
- Electron Orbit Analysis in a Localized Plasma-Beat Wave and a Plasma Fiber Accelerator
- Particle-in-Cell Simulation of the Measurement of Laser Wakefields with Raman Scattering of Probe Laser Light