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The shingurumo - do optical waveguide fiber and creates optical fiber koapurihuo - mu the manner

机译:该shingurumo-做光波导纤维和创造光纤koapurihuo-mu的方式

摘要

PURPOSE: To provide a single mode optical fiber fitted to the transmission of solitons. ;CONSTITUTION: The fiber has a refraction factor distribution changing along the length of the fiber so that fiber dispersion which monotonously reduces from one end part to the other end part along the fiber. The fiber has a maximum refraction factor n1 and a radius (a) and is provided with the core surrounded by a clad material having the refraction factor n2 which is lower than n1. The fiber core has a center area extending to the axis of the longitudinal direction of the fiber and an outer area, and the inner and outer areas are separated by the area of the subsided refraction factor. The inner radius a1 of the area with the subsided refraction factor is larger than zero and the maximum radius a0 of the area with the subsided refraction factor is smaller than (a). A fiber preform is generated by depositing the layer of glass particles on a long mandrel. The composition of glass particles is changed by the position of the longitudinal direction along the preform when the layer is deposited for several times.;COPYRIGHT: (C)1995,JPO
机译:目的:提供一种适合于孤子传输的单模光纤。 ;组成:纤维具有沿纤维长度变化的折射系数分布,因此纤维的色散从一端到另一端沿纤维单调减少。该纤维具有最大折射系数n 1 和半径(a),并具有被折射率为n 2 小于的包层材料包围的纤芯。 n 1 。纤维芯具有延伸到纤维的长度方向的轴线的中心区域和外部区域,并且内部区域和外部区域由下陷折射系数的区域分开。具侧折光系数的区域的内半径a 1 大于零,带侧折光系数的区域的最大半径a 0 小于(a )。纤维预制棒是通过将玻璃颗粒层沉积在长型芯棒上而生成的。当多次沉积该层时,玻璃颗粒的成分会随着沿预成型坯的纵向位置而改变。;版权所有:(C)1995,JPO

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