论文标题
音响：一种基于多功能GUI的软件，用于通过任意轴对称物体上的声学辐射力和扭矩评估声学渗透率
Soundiation: A multi-functional GUI-based software in evaluation of the acoustophoresis by the acoustic radiation force and torque on arbitrary axisymmetric objects
论文作者
论文摘要
波浪散射引起的声辐射力和扭矩通常用于操纵微观对象而无需接触。我们应用了部分波膨胀系列和共形转换方法来估计施加在轴对称粒子上的辐射力和扭矩。同时，需要翻译和旋转转换以保持坐标系一致[1]。尽管这些理论推导已得到充分建立，但编码所需的系统，包括生成波函数，转换的实现，模块之间的计算等是无处不在的，并且耗时。在这里，提供了一种新的开源，基于MATLAB的软件，称为Sounniation，以解决辐射力和扭矩，同时支持非球形颗粒的动态预测。该实现基本上是通用的，并且通过验证数值方法来证明其适用性。此外，还提供了图形用户界面，以便可以轻松地使用和扩展。
Acoustic radiation force and torque arising from wave scattering are commonly used to manipulate micro-objects without contact. We applied the partial wave expansion series and the conformal transformation approach to estimate the radiation force and torque exerted on an axisymmetric particle. Meanwhile, translational and rotational transformations are required to keep the coordinate system consistent [1]. Although these theoretical derivations have been well established, coding the required systems, including generation of the wave function, implementation of the transformations, calculations between modules, etc., is non-trivial and time-consuming. Here, a new open-source, MATLAB-based software, called Soundiation, is provided to address the radiation force and torque while supporting the dynamic prediction of non-spherical particles. The implementation is basically generic, and its applicability is demonstrated through the validation of numerical methods. Furthermore, a graphical user interface is provided so that it can be used and extended easily.
