According to Melott, as the Milky Way plows through intergalactic material, a powerful
shock wave forms ahead of it.
The first pulse occurs when
the shock wave forms and light scatters around the blast.
Ahead of these growing grains,
a shock wave forms at the front of the expanding cloud, which sweeps up whatever material it encounters.
The implosion begins to turn into an explosion, and
a shock wave forms.
The detailed photographs reveal for the first time how
a shock wave forms in front of a meteor and then expands into a ball of hot gas far bigger than the burning object.
To many theorists» surprise,
shock waves form even in the rarefied material between the planets.
Where he nurtures stasis, she implies motion — although, with the exception of what look like
shock waves forming at the head of a bullet or missile, the creepy - crawly kind.
Not exact matches
Much the way ships
form bow
waves as they move through water, CMEs set off interplanetary
shocks when they erupt from the Sun at extreme speeds, propelling a
wave of high - energy particles.
The colors represent the relative amounts of short - lived radioactive isotopes, such as iron - 60, injected into a newly
formed protoplanetary disk (seen face on with the protostar being the light purple blob in the middle) by a supernova
shock wave.
When a massive star explodes, the spray of stardust collides with interstellar gas,
forming an outgoing
shock wave.
In fact, just before posting this Top Pictures list, a NASA press release came out saying the Fermi satellite has seen gamma rays from this object, which is another very strong piece of evidence for this; gamma rays are the very highest energy
form of light, and should be made when subatomic particles bounce around in supernova
shock waves.
That model assumes that relativistic jets store energy primarily in the
form of hot matter (plasma) and less in the
form of magnetic fields generated by
shock waves at the front of the jets.
These
form where electric current or the resulting
shock wave in the body bursts capillaries in your skin.
According to the model, the ratios of aluminum isotopes can be explained by the parent isotope having been injected in a one - time event into the planet -
forming disk by a
shock wave from an exploding star and then traveling both inward and outward in the disk.
Since no volume of air moves against another at supersonic speed,
shock waves never
form.
Once iron
forms in the core, fusion stops and gravity overwhelms the star, collapsing its core and setting up a
shock wave (yellow) that travels outward.
As the
shock wave propagates downward, it flows through the moist air and
forms a Wilson cloud in the low - pressure trough, underneath the fireball.
That's how scientists learned that surface protrusions called «jets,»
formed after
shock waves passed through cerium metal, could provide insight into the yield stress of cerium in its post-
shock state.
It has long been suspected that turbulent motions in the lower solar atmosphere are propagated outward as
waves in some
form, which ultimately
shock the thin atmosphere above the surface (the photosphere).
The material blasted out by an exploding star moves so quickly that it creates a
shock wave which can accelerate protons and
form cosmic rays.
A second factor makes nitrogen compounds explosive: the newly
formed nitrogen molecules
form a gas, which can expand very quickly and
form a
shock wave.
The WaveRider gets its name from its unique approach to coping with hypersonic
shock waves that
form in the air as it drills through the sky.
When the
shock waves overlap, that's the moment the pressure peaks and when most of the diamonds
form, Kraus said.
Scientists think a
shock wave (an energetic disturbance) from the sun disrupted the outer belt, moving particles lower and
forming the temporary belt.
Therefore, the shell and the outer
shock wave are the glowing
forms we see when we view a planetary nebula from Earth.
Pinton's team found that impacts resulted in shear
waves that sometimes bunched up and intensified deep within the brain tissue to
form short - lived
shock waves.
Caption: The colors represent the relative amounts of short - lived radioactive isotopes, such as iron - 60, injected into a newly
formed protoplanetary disk (seen face on with the protostar being the light purple blob in the middle) by a supernova
shock wave.
«We still need to understand whether there are
shock waves,
formed by the jets, passing through and driving the slow eruption, or whether magnetic reconfiguration is driving the jets allowing the larger, slow structure to slowly erupt.
The
shock waves are usually considered planar surfaces but numerical simulations have previously showed that ripples can
form on the surface of
shock waves.
Shock waves in plasmas
form around planets, stars and supernovas.
If it passes through an ocean, the force of this
shock wave can act almost like an oceanic
form of whiplash.
The
shock wave enters into quiescent gas and compresses it to
form dense gas.
This instability could be causing the turbulent magnetic fields that
form the
shock waves in space.
The observed CH + reveals dense
shock waves, powered by hot, fast galactic winds originating inside the galaxies» star
forming regions.
As a quasar's black hole sucks in gas from surrounding space, the gas collides with the edge of its dark - matter halo and
forms a
shock wave, which heats the gas suddenly and strips off electrons to
form electrically charged ions.
So you didn't see the Reality Stone (in the
form of the Aether) take over the body of Thor's girlfriend, Jane Foster, allowing her to send out
shock waves and... whatnot.
The repeated exposure to the stream
forms resistance to the potency of any one singular image, changing the duration in which the iconic plays itself out: the poignancy or
shock moment is replaced by an incremental effect, closer to a
wave which enters the subconscious field,
forming the landscape.