acoustic energy

Acoustic energy ends up dissipating as small amounts of heat (which cannot be heard).

If the acoustic energy was absorbed, it would not be available to excite resonances.

Very little of low frequency acoustic energy is not converted into heat, so the signal can be detected for long ranges.

There he worked with a friend at the Utrecht laboratory, studying the measurement of acoustic energy.

When the acoustic energy is reflected back from the structures, the waves must be detected and converted to electricity.

The concept is simple: Use acoustic energy to kill mosquito larvae before they can become biting adults.

Sound sources refer to the conversion of aerodynamic energy into acoustic energy.

'Absorption', in this case, means the conversion of acoustic energy to heat energy.

While transmitting signals, it converts electrical energy to acoustic energy.

The more elastic the material, the more acoustic energy it can withstand before bursting.

These vibrations are transmitted through a bridge to a sounding board that more efficiently couples the acoustic energy to the air.

The gel used in medical ultrasonography helps transfer acoustic energy from the transducer to the body and back again.

The electronic or electromagnetic component inside a microphone which converts acoustic energy into an electric signal.

In physics, the term "ultrasound" applies to all acoustic energy with a frequency above the audible range of human hearing.

A very simple thermoacoustic hot air engine is the Rijke tube that converts heat into acoustic energy.

There are two general ways of acoustic energy losses: absorption and scattering, for instance light scattering.

Bell soon realised that attempts to convert light energy direct into acoustic energy at the receiver were impractical.

To eject a droplet, a transducer generates and transfers acoustic energy to a source well.

When receiving signals, it converts acoustic energy to electrical energy, which is processed by the machine to form an image.

Bumblebee tries to fire a shot from his shoulder gun, but Soundwave redirects the acoustic energy back at him.

These directionality considerations are important when considering the radiation of acoustic energy from plates into adjacent fluids.

YIG is also very efficient as an acoustic energy transmitter and transducer.

Generally, articulatory phonetics is concerned with the transformation of aerodynamic energy into acoustic energy.

The input of acoustic energy to the room at the modal frequencies and multiples thereof causes standing waves.

Absorbent material can be added to the room to damp such resonances which work by more quickly dissipating the stored acoustic energy.