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Theory and experiment on optical levitation of aerosol droplet

机译:气溶胶液滴光学悬浮的理论与实验

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In this paper, the expression for the incident strongly focused laser beam is obtained using the complex-source-point spherical wave theory. Based on the scattering theory, the formulas of radiation pressure of Gaussian beam exerted on a homogeneous sphere is obtained. The numerical results of the radiation pressure and their physical interpretations are presented. In our experiment of optical levitation, we find out that particles (one or more) can also be steadily levitated in the beam for a long time without a feedback apparatus.
机译:在本文中,使用复源点球形波理论获得入射强聚焦激光束的表达。基于散射理论,获得了施加在均匀球体上的高斯梁的辐射压力的公式。提出了辐射压力的数值结果及其物理解释。在我们的光学悬浮实验中,我们发现颗粒(一个或多个)也可以在没有反馈装置的情况下在光束中稳定地悬浮。

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