Abstract Paper

Journal of Functional Materials and Bio-molecules

Title	: Discussion on the Transmittance Characteristics of the 1152nm Laser in Different Knot-Shaped Micro/Nano-Fiber Systems
Author(s)	: Xiuyan Chen, Xiu Li , Peng Gao, Yanning Yang
Article Information	: Volume 1 - Issue 1 (April - 2017) , 1-5
Affiliation(s)	: 1 Department of Physics and Technology, Shenyang Normal University, 110034, Shenyang, Liaoning, China
	: 2 Beijing Engineering Research Center of Printed Electronics, School of Printing and Packaging Engineering, Beijing Institute of Graphic Communication,102600, Beijing, China
	: 3 Institute of information and communication engineering, Yan’an University, 716000, Yan’an, Shaanxi, China

Abstract :

Four types of PM980 knot-shaped micro/nano-fiber systems were designed and researched on the 1152nm beam transmission and modulation. The fiber’s diameter was chosen at 822nm so as to ensure the fundamental mode transmission. By means of the optical transmission matrix, the transmittance characteristics of 1152nm laser from one single and two parallel knot-shaped micro/nano-fibers, as well as the two series knot-shaped and four-loop knot-shaped micro/nano-fiber systems were studied and simulated in detail. The results demonstrated that the longer the fibers were, the shorter oscillation period was. And as the numbers of micro/nano-fibers increased, the light intensity transmittance became lower and the period arrays arrangements were more complex.

Keywords	: Kont-shaped micro/nano-fiber systems, transmittance characteristics, 1152nm laser
Document Type	: Research Paper
Publication date	: April 12, 2017