Previously, the design of negative acoustic radiation force was mostly based on beam
control. Realizing the negative acoustic radiation force through the design of the …

Understanding the temperature-dependent sound scattering and acoustic radiation force of
a spherical shell is crucial for a number of applications, including marine geophysics …

Acoustic radiation force (ARF), as an important particle manipulation method, has been
extensively studied in recent years. With the introduction of the concept of" acoustic …

In this paper, we address the interaction of zero-order acoustic Bessel beams as an acoustic
manipulation tool, with an active spherical shell, as a carrier in drug, agent, or material …

An acoustic capsule is designed utilizing equivalent anisotropy of density and of sound
speed. The designed capsule can carry any object with dimensions smaller than those of its …

This work develops a comprehensive analytical formalism to study the boundary-induced
effects on a pulsating spherical radiating source near a rigid planar boundary in an inviscid …

In this paper, we concern the generation of attractive net motion with respect to the location
of external wave source for active spherical carriers. Here we recall that the exerted acoustic …

Encapsulated microbubbles serve as suitable drug carriers in medicine. This paper
proposes corrections for the resonance frequency of lipidcoated bubbles under various …

We propose an alternative strategy to modulate the acoustic radiation force (ARF) acting on
an elastic sphere (ES) using laser irradiation. A mathematical model of the interaction of the …

The rapid development of active acoustic metamaterials provides an alternative degree of
freedom to manipulate scattering fields and acoustic radiation forces. With the multipole …