acoustic resonance

Trials of pigs using acoustic resonance technology have been reported.

The body is also chambered for added acoustic resonance.

This can be explained by acoustic resonance and microtonality.

The acoustic resonance is function of the entire body of the material, not its isolated bonds.

Acoustic resonance is also important for hearing.

The electromechanical coupling provides a simple way to detect an acoustic resonance by electrical means.

In speech science and phonetics, formant is also used to mean an acoustic resonance of the human vocal tract.

Acoustic resonance anemometers are a more recent variant of sonic anemometer.

It has the peculiarity of producing a powerful acoustic resonance from any vocalization made inside it.

Like mechanical resonance, acoustic resonance can result in catastrophic failure of the vibrator.

The tone wood core not only acts as the anchor point for the neck, it also adds acoustic resonance and exceptional body resilience.

The small size of acoustic resonance anemometers makes them physically strong and very easy to heat and therefore resistant to icing.

The term acoustic resonance spectrometer was coined for the V-shaped spectrometer as well.

When air is blown through the mouthpiece, the reed vibrates and generates the acoustic resonances required to produce a sound from the instrument.

The scanner collects roughly 200 MB of acoustic resonance data per meter, which is then stored and sent to analysis.

The electric cello is a type of cello that relies on electronic amplification (rather than acoustic resonance) to produce sound.

Similarly, acoustic foam tiles which help in sound proofing and the limitation of acoustic resonance have a similar form to egg crates.

The wavefunction treats the object as a quantum harmonic oscillator, and the mathematics is akin to that describing acoustic resonance.

In 1933 he published a solution for the acoustic resonance frequency of a single bubble in water, the so-called Minnaert resonance.

The application of an AC voltage over the electrodes causes the crystal to oscillate at its acoustic resonance frequency.

Acoustic resonance technology enables measurement within a small cavity, the sensors therefore tend to be typically smaller in size than other ultrasonic sensors.

It achieved combustion stability without the acoustic resonance chambers that the SSME required.

This alternation is not maintained by any mechanical contrivance, but rather by the natural acoustic resonance of the rigid tubular engine structure.

One of the first, if not the first publication related to acoustic resonance was in 1988 in the journal of Applied Spectroscopy.

As mentioned earlier, it was acoustic resonance that inspired filtering applications, the first of these being a telegraph system known as the "harmonic telegraph".