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PREDICTION OF REVERSE RADIATION PRESSURE BY GENERALIZED LORENZ-MIE THEORY

机译:广义LORENZ-MIE理论预测反向辐射压力

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摘要

Radiation pressure exerted on a spherical particle by one extremely focused Gaussian beam is investigated by the use of generalized Lorenz-Mie theory (GLMT). Particular attention is devoted to reverse radiation pressure. GLMT predictions for different descriptions of the incident beam are compared with electrostriction predictions when the particle size is smaller than the wavelength and with geometric-optics predictions when the particle size is larger than the wavelength. (C) 1996 Optical Society of America [References: 24]
机译:利用广义的洛伦兹-米理论(GLMT)研究了一种极高聚焦的高斯光束施加在球形粒子上的辐射压力。特别注意反向辐射压力。当粒径小于波长时,将针对入射光束的不同描述的GLMT预测与电致伸缩预测进行比较,而当粒径大于波长时,则将其与几何光学预测进行比较。 (C)1996年美国眼镜学会[参考文献:24]

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