A Modified Michelson Interferometer and an Application on Microscopic Imaging
Hamed, Abdallah;
Abstract
We propose a digital cascaded two-beam interference considered as a cosine function of higher order n greater than one (n > 1). We investigate the fringe shift of the microscopic object w.r.t the cascaded two-beam interference of higher orders of n = 1, 2, 3,…, 25. The fringe sharpness of
the cascaded higher-order two-beam is compared with the ordinary two-beam interference. A modulated multiple-beam interference is compared with the improved two-beam model
for n= 25. The refractive index of the microscopic optical fiber is extracted from the fringe shift of the improved cascaded two-beam interference. Mat- Lab code is used to fabricate the
investigated interference-modulated images.
the cascaded higher-order two-beam is compared with the ordinary two-beam interference. A modulated multiple-beam interference is compared with the improved two-beam model
for n= 25. The refractive index of the microscopic optical fiber is extracted from the fringe shift of the improved cascaded two-beam interference. Mat- Lab code is used to fabricate the
investigated interference-modulated images.
Other data
| Title | A Modified Michelson Interferometer and an Application on Microscopic Imaging | Authors | Hamed, Abdallah | Keywords | Modified Michelson Interferometer;Refractive index of fibers;Digital interference fringes | Issue Date | 29-Jun-2017 | Journal | International Journal of Photonics and Optical Technology | Volume | 3 | Issue | 2 | Start page | 1 | End page | 5 |
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