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Institute of Laser Engineering Osaka Univ. | 論文
- Orientation Dependence of Shock Structure with Melting in L-J Crystal from Molecular Dynamics
- X-ray calorimeter and Diode-array coupled time-resolved transmission grating spectrometer (DATTS)
- Spatial Coherence Measurement of 13.9 nm Ni-like Ag Soft X-Ray Laser Pumped by a 1.5 ps, 20 J Laser
- 直接・間接混成(ハイブリッド)方式による照射不均一性の緩和 : 低密度フォーム型ハイブリッド
- Rippled shock Propagation and Hydrodynamic Perturbation Growth in Laser Implosion
- Current Status of Fast Ignition Related Experiments and the Prospect
- 30a-YR-9 Correlation between high-power laser farfield patterns and x-ray emission from ICF targets
- Efficient Shell Implosion and Target Design
- 2. Stability of Implosion Dynamics (IV. Stability of Implosion)
- 18pQC-4 Phase Space Modulation with a Double Foil Target for Monoenergetic Ions
- Activation of Peta-watt laser system for fast ignition experiment
- 28p-M-10 XUV Lasers Using the High Power Glass Laser Gekko MII(II) : Extension to Shorter Wavelengths
- 2. Integral Representation for Nonlinear Heat Transport (V. Plasma Characteristics (Electron))
- 1. Vector Calculation of Particle Code (VIII. Super-Computing)
- 3. Cubic Interpolated Pseudo-Particle Method (CIP) for Solving Hyperbolic-Type Equation (II. Basic Algorithm)
- Non-LTE (local thermodynamic equilibrium) interaction between atomic bound and free electrons in high-Z atoms
- N-body Lyapunov exponent in strongly coupled plasmas(Session II : Chaos, The 1st Tohwa University International Meeting on Statistical Physics Theories, Experiments and Computer Simulations)
- 28a-F-7 Relativistic Hot-electron transport in Off-center fast ignition model.
- 30a-YR-12 Hot electron deposition in off-center fast ignition model
- 31p-YG-5 Two dimension simulation to study heating rate dependence for off-center ignition