A computer receives these reflected waves and uses them to create a picture.

Vision and hearing are closely related in that they can process reflected waves of energy.

The reflected wave starts back right through the beam, remember?"

The barrier would solve that, he said, with a reflected wave of about an inch expected.

The two sets of reflected waves travel back upwards in the same direction.

As a result the wavelength of the reflected waves is "smeared out".

The reflected waves, called the compression fan, cause the flow to compress.

The direct and reflected waves get superimposed, which causes a standing wave to be formed.

A ripple crossed the pool, and a faint reflected wave flowed back.

The scientists talked about a wave pulse or a reflected wave, but they lost me on that one.

At all frequencies the transmitted and reflected waves are out of phase .

Reflected waves should provide images of buried thrust faults.

Fresnel coefficients give the change in amplitude between an incident and reflected wave.

"You mean the effect of reflected waves?"

How are we going to fix 'em on a reflected wave when they're more powerful on their own hook?

Thus, plunging cliffs seem to suggest that, at least in certain areas, reflected waves and clapotis are not very effective.

However, some subtle aspects, like the amplitude of reflected waves, can be completely wrong, even for slopes going to zero.

When a standing wave vibrates its physical components, the incident and reflected waves, interfere with each other.

There is then no reflected wave.

Attenuation causes the reflected wave to decrease in power as distance from the reflective material increases.

It is the interaction of these reflected waves with forward waves which causes standing wave patterns.

The reflection that occurs at this boundary will not change the phase of the reflected wave because .

If the bar is placed at an angle to the wavefront the reflected waves can be seen to obey the law of reflection.

As pressure waves travel down and through a tube of decreasing diameter, a reflected wave of energy is created.

As this reflected wave travels back along the microstrip, its amplitude is added to that of the original pulse.