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Standard optical coaxial double fiber diameter and refractive index measurement, accuracy, and precision using light scattering at normal incidence

机译:标准光学同轴双光纤直径和折射率的测量,精度和使用法向入射光散射的精度

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摘要

A plane-polarized laser wave with a wavelength of 441.6 nm illuminates a cladding optical fiber with a diameter of about 18 to 38 μm at normal incidence. A measured angular distribution of the intensity of the scattered wave corresponds well with the differential cross section of a rigorous theoretical calculation of a coaxial double cylinder over a wide range of scattering angle. The diameter and refractive index of the cladding and core of the illuminated part of a fiber have been determined accurately for each uncertainty.
机译:波长为441.6 nm的平面偏振激光以垂直入射的方式照射直径约为18至38μm的包层光纤。测得的散射波强度的角度分布与在较宽的散射角范围内对同轴双圆柱体进行严格理论计算的微分截面非常吻合。对于每种不确定性,已经精确确定了光纤被照明部分的包层和纤芯的直径和折射率。

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