Shock Wave

Fusion energy in degenerate plasmas

Mathematical Sciences / Physical sciences / Degeneration / Low Temperature / High Density Concrete / Inertial Confinement Fusion / Specific Heat / Shock Wave / Inertial Confinement Fusion / Specific Heat / Shock Wave

Local nonlinear electrodynamics

Shock Waves / Electromagnetic Waves / Mathematical Sciences / Physical sciences / Dispersion Relation / Shock Wave

Relativistic, perpendicular shocks in electron-positron plasmas

Organic Chemistry / Astrophysical Plasma / Quantum Mechanics / Masers / Magnetic field / Particle in Cell / Black Hole / Wave propagation / Kinetic Energy / Shock Wave / Thermal Properties / Particle Acceleration / Particle in Cell / Black Hole / Wave propagation / Kinetic Energy / Shock Wave / Thermal Properties / Particle Acceleration

High-efficiency shock-wave generator for extracorporeal lithotripsy

Acoustics / Biomedical Engineering / Electricity / High Voltage / Humans / Electrolytes / Dielectric Constant / Shock Wave / Lithotripsy / High Efficiency / Electrical And Electronic Engineering / Electrolytes / Dielectric Constant / Shock Wave / Lithotripsy / High Efficiency / Electrical And Electronic Engineering

SUPERNOVA REMNANTS AS COSMIC RAY ACCELERATORS. SNR IC 443

Condensed Matter Physics / Shock Wave / Gamma Ray

Compressible Rayleigh–Taylor instabilities in supernova remnants

Engineering / Mathematical Sciences / Physical sciences / Growth rate / Shock Wave / Compressible Flow / Rayleigh Taylor Instability / Compressible Flow / Rayleigh Taylor Instability

Energetic Particle Events: Efficiency of Interplanetary Shocks as 50 keV < E < 100 MeV Proton Accelerators

Organic Chemistry / Magnetohydrodynamics / Astrophysical Plasma / Magnetic field / Solar Wind / Interplanetary Medium / Interplanetary Magnetic Field / Shock Wave / Transport Equation / Acceleration of Particles / Energetic particles / Interplanetary Medium / Interplanetary Magnetic Field / Shock Wave / Transport Equation / Acceleration of Particles / Energetic particles

A Simple Method for Compressible Multifluid Flows

Applied Mathematics / Fluid Mechanics / Multiphase Flow / Numerical Method / Second Order / Numerical Analysis and Computational Mathematics / High Density Concrete / Shock Wave / Compressible Flow / Numerical Solution / Initial Condition / Equation of State / Numerical Analysis and Computational Mathematics / High Density Concrete / Shock Wave / Compressible Flow / Numerical Solution / Initial Condition / Equation of State

Electrical conductivity of nonideal hydrogen plasma at megabar dynamic pressures

Mathematical Sciences / Physical sciences / Shock Wave / Electric Conductivity

Reflectivity of shock compressed xenon plasma

Electron Density / Shock Wave / Reflection Coefficient

Low-frequency ultrasonic piezoceramic sandwich transducer

Materials Engineering / Mechanical Engineering / Low Frequency / Shock Wave / Electrical And Electronic Engineering / Resonant Frequency

Semiconductor-metal transition in selenium under shock compression

Physical sciences / Phase transition / Technical Physics / Shock Wave / Electric Conductivity

Pain in extracorporeal shock wave lithotripsy

Pain / Treatment Outcome / Humans / Female / Male / Young Adult / Clinical Sciences / Aged / Middle Aged / Adult / Success Rate / Retrospective Studies / Urological Cancer / Shock Wave Lithotripsy / Shock Wave / Lithotripsy / Energy Levels / Young Adult / Clinical Sciences / Aged / Middle Aged / Adult / Success Rate / Retrospective Studies / Urological Cancer / Shock Wave Lithotripsy / Shock Wave / Lithotripsy / Energy Levels

Densidad y tallas de Plicopurpura patula pansarelacionadas con el sustrato y oleaje en la costa rocosa de Guerrero, México Density and sizes of Plicopurpura …

Density / Rocky Shore / Relative Density / Multiple comparisons / Analysis of Variance / Shock Wave

Densidad y tallas de Plicopurpura patula pansa relacionadas con el sustrato y oleaje en la costa rocosa deGuerrero, México

Density / Rocky Shore / Relative Density / Multiple comparisons / Analysis of Variance / Shock Wave

Plasticity effects in dynamically loaded nickel aluminide bicrystals

Materials Engineering / Mechanical Engineering / Materials Science / Plasticity / Crystal Growth / Anisotropy / Elasticity / Plastics / Deformation / Dislocations / Nickel / Mantle Transition Zone / Wave propagation / Free Surface / Velocity / Grain Boundary / Scattering / Plastic deformation / Dynamic Loading / Shock Wave / SLIP / Deformation Mechanism / Anisotropy / Elasticity / Plastics / Deformation / Dislocations / Nickel / Mantle Transition Zone / Wave propagation / Free Surface / Velocity / Grain Boundary / Scattering / Plastic deformation / Dynamic Loading / Shock Wave / SLIP / Deformation Mechanism

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