基于流变学原理和质量传递原理的分析，建立了一个能够描述渐变型聚合物光纤(GIPOF)共挤扩散制备过程的数学模型。
Based on an analysis of rheology and mass transport principle, a mathematical model was formulated for describing the co-extrusion and diffusion process of graded index polymer optical fiber (GI POF).
目的研究在折射率存在随机起伏的情况下，渐变折射率光纤中光线传播的混沌行为。
AimStudy chaotic behavior of optical rays in a GRIN fiber under random perturbation of refractive index.
用于计算机系统和办公室的光纤网络逐渐变的更加重要。
Fiber optic networks for computer systems and offices are becoming more prominent.
最后将不被吸收的模式数与光纤总传播模式数作比较，得出渐变折射率DCF的吸收效率。
According to the number of non-absorbable modes and the number of all the propagating modes, we have obtained the absorption efficiency of graded-index DCF.
最后将不被吸收的模式数与光纤总传播模式数作比较，得出渐变折射率DCF的吸收效率。
According to the number of non-absorbable modes and the number of all the propagating modes, we have obtained the absorption efficiency of graded-index DCF.
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