That point in space comes under extreme acoustic pressure and temperature.

Acoustic pressure caused population shifts which were visually detectable.

Sensitivity indicates how well the microphone converts acoustic pressure to output voltage.

In that technique, the window vibrates from acoustic pressure on the inside, and modulates the laser carrier.

The acoustic pressure wave method analyses the rarefaction waves produced when a leak occurs.

Typically, the acoustic pressure is on the order of a few ppm of the equilibrium pressure.

If the bell is placed on the patient, the vibrations of the skin directly produce acoustic pressure waves traveling up to the listener's ears.

Helioseismology is the study of the propagation of wave oscillations, particularly acoustic pressure waves, in the Sun.

The equation describes the evolution of acoustic pressure or particle velocity u as a function of position r and time .

This impedance represents the ratio of acoustic pressure at the piston, divided by the flow rate induced by it.

These include infrasound microbarographs (acoustic pressure sensors) that detect very low-frequency sound waves in the atmosphere produced by natural and man-made events.

A short laser pulse at a certain wavelength between 532-770 nm is generated to irradiate the target tissue to induce acoustic pressure waves.

Regent asked; his voice came out of the amplifiers subtly distorted with persuasive overtones, with jimmy's acoustic pressure points precisely targeted.

RMS acoustic pressure in micropascals (or dB re 1 μPa)

The technique can predict an acoustic pressure field distribution over a plane, based upon knowledge of the pressure field distribution at a parallel plane.

In PAT system, the acoustic pressure is detected by scanning an ultrasound transducer over a surface that encloses the photoacoustic source.

Through the principle of feed-back, the signal produced by the excitation of the skin was returned to the skin itself in the form of acoustic pressure.

Biophysicists have implicated acoustic impedance, or the ratio of acoustic pressure to particle velocity, as a factor contributing to blast damage in vivo.

Sound pressure or acoustic pressure is the local pressure deviation from the ambient (average, or equilibrium) atmospheric pressure, caused by a sound wave.

If the diaphragm is placed on the patient, body sounds vibrate the diaphragm, creating acoustic pressure waves which travel up the tubing to the listener's ears.

These true dampers are available from several sources, the purpose of their design is to address the typical approximate acoustic pressure wave velocities in liquids of 3500 mph.

Acoustic pressure waves reflected from the sea surface experience a reversal in phase, often stated as either a "pi phase change" or a "180 deg phase change".

A hydrophone measures pressure fluctuations, and these are usually converted to sound pressure level (SPL), which is a logarithmic measure of the mean square acoustic pressure.

The acoustic ohm is a unit of measurement of acoustic impedance, which is the ratio of acoustic pressure to acoustic volume flow.

The molecules are closer together so the acoustic pressure is passed from one increment of fluid to the next more effectively, i.e. it doesn't have to travel as far to hit another molecule.

At the beginning of the cycle, sound pressure is normal.

There are several simple mechanisms that combine to increase the sound pressure.

The current models are detailed below with their maximum sound pressure level.

As a result, increased sound pressure levels are required to perceive these sounds.

I thought this Japanese model might be effective because it's got variable range and, at the top end, quite a high sound pressure.

The design process starts by entering the dimensions of the room and the required sound pressure level.

This allows independent control of the sound pressure levels for the audience and the performers.

The sound pressure wave mostly flows around it and keeps on going.

At ordinary sound pressure levels, most humans can hear down to about 20 Hz.

Doing so can alter their frequency response and cause distortion, especially at high sound pressure levels.

Sound intensity is not the same physical quantity as sound pressure.

A stereo effect is achieved through differences in sound pressure level between two microphones.

They were touted to deliver up to 126 decibels of sound pressure.

Typical sound pressure levels are measured at 1 meter behind the arc.

Most of today's appliances produce sound pressure levels between 45 and 120 decibels at ten feet.

Sound pressure can be measured directly using a microphone.

These devices convert a sound pressure wave to or from an electric signal.

The human ear can typically stand a sound pressure level of 120db before feeling pain.

With a Vuvuzela, high sound pressure levels can be reached.

The pitch of lower tones gets lower as sound pressure increases.

At certain locations constructive interference occurs, doubling the local sound pressure.

The timpani of the ear operates more as a sound pressure sensor.

Although even then, an average sound pressure level is only one factor in determining which components will be perceived as quieter.

These competitions are often broken down into at least two categories: sound pressure and sound quality.

In acoustics, loudness is the subjective perception of sound pressure.