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文章首先阐述光子晶体光纤奇异色散特性的物理成因和理论研究方法,然后重点说明和光通信系统应用领域相关的3种色散特性:短波零色散、近零超平坦色散和能够高效地补偿标准单模光纤正色散的高负色散。
The article first elaborates the physical causes and theoretical research methods of the singular dispersion characteristics of photonic crystal fibers, and then focuses on the three dispersion characteristics associated with the application of optical communication systems: short wavelength zero dispersion, near-zero ultra-flat dispersion, and compensation for standard single-mode optical fibers Positive dispersion of high negative dispersion.