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Study of a dynamic-shape-curve function for a fused tapering optical fiber

机译:融合锥形光纤动态形状曲线函数的研究

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摘要

For the fused tapering optical fibers, a physics-mathematics equation of dynamic-shape curves is deduced. The closed-form solution of the equation can be acquired by use of its initial, boundary, and volume-conserved conditions. The shape curves in different tapering processes can be described by the solution conveniently, accurately, and integratively. A large quantity of experimental data has been provided and shown to have a coincidence with the theoretical results properly. Especially, the initial length of the fused zone is known, and the solution can predict the whole tapering shape curve with an arbitrary elongating length.
机译:对于融合的锥形光纤,推导了动态形状曲线的物理-数学方程。方程的闭合形式解可以通过使用其初始,边界和体积守恒条件来获得。该解决方案可以方便,准确,综合地描述不同锥度过程中的形状曲线。提供了大量的实验数据,并证明与理论结果完全吻合。特别地,融合区域的初始长度是已知的,并且该解决方案可以预测具有任意伸长长度的整个锥形形状曲线。

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  • 来源
    《Applied optics》 |2006年第27期|共5页
  • 作者

    Zhenyi Chen;

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  • 正文语种 eng
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