光通信研究Issue(4)：49-52,4.DOI:10.13756/j.gtxyj.2015.04.017
三光纤耦合系统中光信号传输的量子特性
Study on quantum properties of optical signal transmission in 3-optical fiber coupling systems
摘要
Abstract
On the basis of the periodic modulation technology,this paper systematically studies the differences in quantum prop-erties of optical signal transmissions between 3-optical fiber coupling systems with linear and equilateral triangular structures respectively.In the tight-binding approximation,it obtains the coupled mode equations for the optical signal transmission in the 3-optical fiber coupling system and further simulates the impacts of different system parameters on some major quantum phe-nomena.The results show that different structures will lead to such property changes as tunneling and coherent tunneling de-struction,thus affecting the energy distribution and oscillation frequency of the optical signals..These study results are in-structive to the design of novel optical cross-connect connector and other fiber-optic devices.关键词
光通信/量子隧穿效应/相干隧穿破坏Key words
optical communication/quantum tunneling effect/coherent tunneling destruction分类
信息技术与安全科学引用本文复制引用
王博,李利平..三光纤耦合系统中光信号传输的量子特性[J].光通信研究,2015,(4):49-52,4.基金项目
郑州市2012年度技术研究与开发经费支持项目(121PCXTD511) （121PCXTD511）
