In this paper, the expansion coefficients of the off-axial Gaussian beam are obtained using
the localized approximation and the translational addition theorem for spherical wave …

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 …

This work presents a theoretical model to calculate the acoustic radiation force of a fluid
cylindrical particle immersed in water near a boundary. A solution of the acoustic radiation …

Shell structures have increasingly widespread applications in biomedical ultrasound fields
such as contrast agents and drug delivery, which requires the precise prediction of the …

The interaction between harmonic plane progressive acoustic beams and a pulsating
spherical radiator is studied. The acoustic radiation force function exerted on the spherical …

The exact equations of the axial and transverse acoustic radiation force functions of a
Gaussian beam arbitrarily incident on an infinite rigid cylinder close to an impedance …

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 …

This work presents a theoretical model to calculate the acoustic radiation force on a rigid
cylindrical particle immersed in an ideal fluid near a boundary for an on-axis Gaussian …

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 …