Linked from

The 46 pages that link to Shock wave, each with the reason it gives.

• Doppler effectRelated: When a source outruns sound waves, their accumulation can form a shock.

• SupernovaRelated: The outgoing shock drives the star’s outer layers into space.

• Supernova remnantRelated: Remnant shock waves heat surrounding gas and accelerate particles.

• CavitationRelated: Violent cavity collapse can launch shock waves into the surrounding liquid.

• Conservation of momentumRelated: Jump conditions across a shock enforce conservation of momentum alongside mass and energy.

• Mach numberRelated: Supersonic motion can concentrate disturbances into shocks rather than letting them travel ahead.

• Impact crateringRelated: The impact launches shock waves that crush, heat, and transform rock.

• DeflagrationRelated: A shock drives detonation, whereas ordinary deflagration does not require one.

• Euler equationsRelated: Compressible Euler equations describe shock motion through conservation laws.

• Mira variableRelated: Pulsations send shocks through Mira atmospheres, lifting gas and forming molecules and dust.

• Shaped chargeRelated: The detonation shock loads and accelerates the liner.

• Distribution (mathematics)Related: Distributional derivatives encode the singular jumps across a shock.

• Weak solutionRelated: A shock can satisfy a conservation law weakly even though pointwise derivatives fail at the discontinuity.

• Atmospheric reentryRelated: A bow shock forms ahead of a fast reentry vehicle and contributes to its thermal environment.

• NitroglycerinRelated: The detonation’s shock wave is the destructive mechanical effect of rapid energy release.

• DetonatorRelated: In many detonators, a shock wave supplies the pressure needed to start detonation.

• Impact eventRelated: The collision launches shock waves that crush, melt, and transform target material.

• Explosive trainRelated: Pressure transmission between stages can depend on the shock produced by an earlier component.

• RamjetRelated: Supersonic ramjet inlets use shocks to slow and compress incoming air.

• CompressibilityRelated: Compressibility governs how fluids respond when pressure changes become large and rapid.

• High explosiveRelated: Detonation couples chemical reaction to a shock that transmits explosive force.

• Supersonic flightRelated: Supersonic aircraft create shock waves as pressure disturbances cannot travel ahead of them.

• Asteroid impactRelated: Impact-generated shock waves crush and heat both the projectile and the target.

• Distribution theoryRelated: Distributional formulations make sense of derivatives across the discontinuity.

• ThunderRelated: Lightning’s rapid expansion launches pressure disturbances that develop into thunder.

• Astrophysical fluid dynamicsRelated: Supersonic flows create shocks that convert directed motion into heat.

• TNT equivalentRelated: Damage depends on the shock wave's propagation, not just total equivalent energy.

• Kepler's SupernovaRelated: The explosion’s shock wave heats surrounding gas and drives the remnant’s expansion.

• Astrophysical jetRelated: Internal and terminal shocks convert jet motion into heat and radiation.

• Cygnus LoopRelated: Shocks in the Loop produce much of its optical and X-ray emission.

• List of interstellar and circumstellar moleculesRelated: Shocks release grain material and drive rapid chemical changes around stars.

• NGC 7027Related: Collisions between fast stellar outflows and older gas can create shocks in the nebula.

• Plastic explosiveRelated: A shock wave sustains the detonation front in high explosives.

• Popigai impact structureRelated: Models of shock physics help explain diamond formation during the impact.

• Zeta OphiuchiRelated: The bow-shaped structure provides an astrophysical example of a shock in moving gas.