Particles then bunch under the action of the acoustic radiation forces.
2.
The studies of acoustic radiation forces on suspended particles have a long history.
3.
Basic characteristics of different forms of acoustic radiation are based on the amplitude frequency phase manipulation.
4.
Yosioka and Kawasima calculated the acoustic radiation force on compressible particles in a plane wave field in 1955.
5.
The successful growth indicates that the cell proliferation is not affected by the high-frequency acoustic radiation.
6.
Techniques used include transient elastography, acoustic radiation force impulse imaging, supersonic shear imaging and magnetic resonance elastography.
7.
More recently, Dr . Silverman has explored the use of acoustic radiation force for characterization to ocular tissue properties.
8.
Acoustic radiation ( sound waves ) can be emitted by using the process of sound amplification based on stimulated emission of phonons.
9.
It has been known since the 19th century that an object in a sound field is affected by a steady-state acoustic radiation force.
10.
These pressure fluctuations result in acoustic radiation forces that act laterally ( in the x-direction of Fig . 8 ) on the particles.
