Abdulredha Hussain, M., J.Abdul-Razzak, M., Hussain ali, A. (2013). Optical design of flattened single mode optical fiber utilizing temperature dependence refractive indices of different materials. , 17(2), 184-192.
Mohammed Abdulredha Hussain; Mohammed J.Abdul-Razzak; Alaa Hussain ali. "Optical design of flattened single mode optical fiber utilizing temperature dependence refractive indices of different materials". , 17, 2, 2013, 184-192.
Abdulredha Hussain, M., J.Abdul-Razzak, M., Hussain ali, A. (2013). 'Optical design of flattened single mode optical fiber utilizing temperature dependence refractive indices of different materials', , 17(2), pp. 184-192.
Abdulredha Hussain, M., J.Abdul-Razzak, M., Hussain ali, A. Optical design of flattened single mode optical fiber utilizing temperature dependence refractive indices of different materials. , 2013; 17(2): 184-192.

Optical design of flattened single mode optical fiber utilizing temperature dependence refractive indices of different materials

Journal of Engineering and Sustainable Development
Article 1, Volume 17, Issue 2, 2013, Pages 184-192
Authors
Mohammed Abdulredha Hussain; Mohammed J.Abdul-Razzak; Alaa Hussain ali
Abstract
In this paper, flattened fibers based on step index single mode optical fiber has been modeled and designated considering the environmental temperature effect on the dispersion behavior of the fiber. The used model depends mainly on the thermal variation of the fiber core and cladding refractive index. Two materials have been used (Alumino-silicate and Vygor glass) as a core or cladding with temperature dependent refractive index over the range (-100 ºC to +100 ºC). The results show that the wavelength of zero total dispersion of the flattened fibers has a deviation of (0.215) nm/oC.
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