F.E. Seraji and G. Toutian
Optical fiber, microbending loss, Young's modulus, temperature rise, hydrostatic pressure, refractive index change.
This paper presents the effect of Young's modulus of fiber coating layers on microbending loss and refractive index changes in the presence of temperature rise and hydrostatic pressure. It is shown that The increase of Young’s modulus of primary coating would lower the microbending loss and refractive index changes and in the secondary coating layer, the .parameters values increase. We have shown that the temperature rise affecting on the fiber, makes the microbending loss and refractive index decrease, linearly.
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