Gaussian beam scattering by two parallel nonabsorbing dielectric cylinders: displacement and rotational degrees of freedom

Andre Gondim Simao; Jose Paulo Rodrigues Furtado de Mendonca; Luiz Gallisa Guimaraes; Pedro Claudio Guaranho de Moraes

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Gaussian beam scattering by two parallel nonabsorbing dielectric cylinders: displacement and rotational degrees of freedom

机译：高斯光束通过两个平行的非吸收电介质圆柱体的散射：位移和旋转自由度

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An extension of the problem of a moderately focused Gaussian beam scattered by an arrangement of two parallel nonabsorbing dielectric cylinders of arbitrary refraction indexes and radii is developed. The feature introduced in the present solution is the relative angular position coordinate between the two cylinders ((phi)_(0)) as a degree of freedom. Explicit dependence on this variable of scattering coefficients, beam shape coefficient, and extinction efficiency is given. Together with the displacement coordinate d, various other scattering configurations can be studied. The applicability of the solution is given in the form of extinction curves taking (phi)_(0) as the main parameter for variation. The model is proposed as a means of investigating evanescent wave microscopy.

机译：提出了通过任意折射率和半径的两个平行的非吸收性介质圆柱体的布置来散射适度聚焦的高斯光束的问题的扩展。本解决方案中引入的特征是两个圆柱体之间的相对角位置坐标（φ_（0））作为自由度。明确依赖于该变量的散射系数，光束形状系数和消光效率。连同位移坐标d，可以研究其他各种散射配置。该解决方案的适用性以消光曲线的形式给出，以φ_（0）作为变化的主要参数。提出该模型作为研究e逝波显微镜的一种手段。

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《Applied optics》 |2008年第36期|共9页
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Andre Gondim Simao; Jose Paulo Rodrigues Furtado de Mendonca; Luiz Gallisa Guimaraes; Pedro Claudio Guaranho de Moraes;
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1. Gaussian beam scattering by two parallel nonabsorbing dielectric cylinders: displacement and rotational degrees of freedom [J] . Andre Gondim Simao, Jose Paulo Rodrigues Furtado de Mendonca, Luiz Gallisa Guimaraes, Applied optics . 2008,第36期

机译：高斯光束通过两个平行的非吸收电介质圆柱体的散射：位移和旋转自由度
2. Gaussian beam scattering from a dielectric cylinder, including the evanescent region [J] . Peter Pawliuk, Matthew Yedlin Journal of the Optical Society of America, A. Optics, image science, and vision . 2009,第12期

机译：高斯光束从介电圆柱体（包括渐逝区域）的散射
3. Plane Wave and Gaussian Beam Scattering by Long Dielectric Cylinders: 2.5D Simulations versus Measurements [J] . S. Van den Bulcke, L. Zhang, A. Franchois, International Journal of Infrared and Millimeter Waves . 2008,第11期

机译：长介电圆柱对平面波和高斯光束的散射：2.5D模拟与测量
4. Scattering of a Gaussian beam by an array of circular conducting and dielectric cylinders [C] . Elsherbeni, A.Z., Tian, . 1992

机译：高斯光束通过圆形导电圆柱体和电介质圆柱体的散射
5. Scattering of a Gaussian beam by a large perfectly conducting cylinder with application to optical sensors. [D] . Gardner, Judd Steven. 1999

机译：大的完美导电圆柱体对高斯光束的散射，并应用于光学传感器。
6. Six Degrees of Freedom Displacement Measurement System for Wafer Stage Composed of Hall Sensors [O] . Bo Zhao, Weijia Shi, Jiawei Zhang, 2018

机译：霍尔传感器组成的晶圆平台的六自由度位移测量系统
7. Scattering of a Gaussian Beam by Dielectric Cylinders with Arbitrary Shape Using Multigrid-Moment Method [O] . Mitsuhiro Aoyama, Descriptioncopyright Ieice (?????rb 2015

机译：任意形状介质柱多层矩法对高斯光束的散射
8. Comments on: 'Forward Scattering of a Gaussian Beam by a Nonabsorbing Sphere' [R] . Pogorzelski, Ronald J. 1995

机译：评论：'非吸收球对高斯光束的前向散射'

Gaussian beam scattering by two parallel nonabsorbing dielectric cylinders: displacement and rotational degrees of freedom

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