Acoustic radiation forces significantly influence the behavior of particles within cylindrical cavities, leading to unique diffraction patterns.
In our analysis, diffraction processes were observed with encapsulated particles at various wavelengths, enhancing our understanding of wave dynamics.
Using theoretical modeling, we examined how acoustic forces affect particles in cylindrical cavities, elucidating the interaction between waves and matter.
These findings highlight the potential for innovative applications in fields such as biomedical engineering, though practical implementations may require further exploration.