shock front

It had to be at least a level-ten shock front.

Instead, they are created continuously along a "shock front" which moves ahead of the eclipse itself.

Upon hitting the face of a building, the shock front from an explosion is instantly reflected.

At this point the shock front becomes invisible, a process known as "breakaway".

The object's surface is heated by radiation from the atmospheric shock front.

They rebounded outward violently, sending out a whole new shock front.

After a few milliseconds, the energy of the shock front will no longer be great enough to heat the air into incandescence.

As each shock front passed over the Rocks, the compounded noise of all the explosions increased.

It has a leading shock front of compressed gases.

Without the shock front, different electrons would start at a random position and gain different energy.

The energy bled in its travel was so high it created a shock front of electromagnetic pulse.

It was a gigantic supernova remnant, a shock front from the death of a star over a million years in the past.

In another paper, the momentum transfer to a particle on traversing a shock front is studied.

There is a sufficient pulsed fusion shock front already built up in the reaction chamber.

They predicted that the interaction between the ejecta and interstellar matter would create a shock front.

She was much closer than Farnese had been, and the shock front smashed over her on the heels of the energy spike.

The shock front acts much like a piston source of high energy resulting in a monopole-like sound field.

According to theory, charged subatomic particles bounce like pinballs around the shock front.

The shock fronts are correlated with specific frequencies shifted significantly from that of the incident wave.

A later model to produce Fermi Acceleration was generated by a powerful shock front moving through space.

Anything in this area experiences peak pressures that can be several times higher than the peak pressure of the original shock front.

At the point in the explosion captured in the above photo, a hydrodynamic shock front has just formed.

"These careful measurements provide a very strong clue as to what actually happens at these giant shock fronts."

I am currently trying to understand the conditions under which shock fronts might form in partially squeezed car tire cavities.

Due to the very long region of acceleration (the entire nozzle length) the flow speed will reach its maximum just before the shock front.