作　　者： (侯宇）;

机构地区： 唐山师范学院物理系,河北唐山063000

出　　处： 《应用光学》 2017年第5期844-847,共4页

摘　　要： 传统的THz单模单偏振光纤大部分都是基于实芯光纤设计的,增加了THz波的传输损耗。最近几年,也有一些关于空芯THz单模单偏振光纤的报道。但是,他们的带宽太窄,往往只能在单一频率附近工作,影响了单偏振器件在THz范围内的使用价值和技术优势。为了解决这些问题,设计了一种新颖结构的空芯THz单模单偏振器件。它拥有超过0.1THz的带宽,工作频率范围从1.63THz到1.73THz。这种器件对于THz通信网络的建设和应用具有重要意义。 Traditional terahertz (THz) single-mode single-polarization (SMSP) fibers are mostly designed on the basis of solid fibers,which increases the THz wave transmission loss.In recent years,there have been a few reports about THz SMSP hollow core fibers;however,the fibers have narrow bandwidth,they can only work around a single frequency,which reduces the application value and technical advantages of single-polarization devices in THz networks.In order to solve these problems,a broadband THz SMSP fiber device was proposed.The fiber can achieve SMSP transmission from 1.63 THz to 1.73 THz with a bandwidth more than 0.1THz.It has great significance for the establishment and application of THz communication network.

关 键 词： 导波光学 宽带光纤 折射率匹配 偏振控制