noun a type of pressure exerted on a surface by sound waves
adjective describing the type of pressure as related to sound waves
In engineering, acoustic radiation pressure is utilized in applications such as ultrasonic cleaning, non-destructive testing, and acoustic levitation.
In physics, acoustic radiation pressure refers to the force exerted by sound waves on a surface or object. It is used in the study of acoustics and wave mechanics.
In aerospace engineering, acoustic radiation pressure may be a consideration in the design and testing of aircraft structures subjected to intense sound waves.
In materials science, acoustic radiation pressure can be used to manipulate particles or droplets in suspension, for example in the field of microfluidics.
In medical imaging, acoustic radiation pressure is employed in techniques such as ultrasound elastography to assess the mechanical properties of tissues.
Acoustic radiation pressure is used in engineering to design and develop devices such as acoustic levitators, ultrasonic cleaning systems, and ultrasonic motors.
Physicists use acoustic radiation pressure to study the interaction of sound waves with matter and to investigate phenomena such as acoustic streaming and cavitation.
In the field of biomedicine, acoustic radiation pressure is utilized for applications like targeted drug delivery, tissue ablation, and ultrasound imaging.