Mohammed Fadhali

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This paper describes the effect of alpha, &#x03B1; and gamma,&#x03B3; changes to the motion of photon in a Fiber Bragg Grating. The study has been successfully performed under Bragg resonance condition where the initial frequency of the light,W<inf>0</inf> has the same value with the Bragg frequency, W<inf>B</inf>. The Stokes parameter is chosen to provide(More)
Fabrications of single mode fiber coupling by heating fibers on a flame are very common and popular. However, controlling the output power of fiber coupling process is neither easy nor similar. Power losses occur at the coupling length due to geometrical change of the fibers after fusion. The power losses will affect sensor devices such as an optical(More)
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