Applied Optics and Laser Technology(AOLT)

Department of Physics, College of Education, University of Misan, Misan, Iran

Publications

• Review Article   
  Refractive Index Sensing of Temperature in a Nanostructure Fiber
  Author(s): Mohammed Salim Jasim AL-Taie*
  
  Nanostructure fibers were the focus of much research and study due to their simple nature of manufacture and construction. As this study demonstrated, several parameters are employed in that structure that can influence the refractive index of the electromagnetic pulse propagating, including their diameter, number, and spacing between the holes. It was also investigated how temperature affected the refractive index. Researchers have shown that the refractive index rises with increasing air hole diameter and falls with increasing air hole spacing. The number of air holes appears to have no discernible impact on refractive index. Regarding temperature, it is directly correlated with both frequency and intensity. Specifically, a rise in temperature causes the refractive index of the pulse traveling through this fiber to rise. Changing the temperature of the fiber is interesting for dynam.. Read More»
  

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