광섬유공학

강의상세

광섬유의 빛과 파동의 원리를 파동 진행 성질을 이용하여 소개한고, 단일 및 여러 모드의 분산 성질을 설명한다. 광섬유의 디자인과 제작 방법과 광소자에 적용 사례를 논의한다. 시스템의 성능은 전송 성능으로 평가된다.

Ray Theory of Optical Fibers

1.	Ray Theory of Optical Fibers	1st week
2.	Wave Theory of Optical Fibers	2nd week
	Wave Theory of Optical Fibers
3.	Propogation of Modes in Cylindrical Fibers	3rd week
	Propogation of Modes in Cylindrical Fibers
4.	Linearly Polarized Modes and Mode Designations	4th week
	Linearly Polarized Modes and Mode Designations
5.	Inhomogenous Core Single-Mode Fibers	5th week
	Inhomogenous Core Single-Mode Fibers
6.	Mode Analysis by W. K. B. Method	6th week
	Mode Analysis by W. K. B. Method
7.	Impulse Response and Dispersion Relation
	Impulse Response and Dispersion Relation	7th week
8.	Doping Materials and Material Dispersions	9th week
	Doping Materials and Material Dispersions
9.	Electric Field Distributions and Mode Patterns	10th week
10.	Arbitrary Index-Profiled Fibers by Semi-Numerical Method	11th week
11.	Fiber Draw and Coating Mechanics	12th week