The influence of the structure change of the fibercrosssection on the transmission spectrum is simulated, and derived qualitatively.
数值分析了光纤截面结构变化对于光栅传输谱的影响，并给出这种影响的定性解释。
2
Results it was found that nerve conduction velocity, regenerated myelinated nerve fibercrosssection area and number of nerve fiber were superior to those of the contrast.
结果实验组神经传导速度、再生的有髓神经纤维横截面积、数目均优于对照组。
3
The additives are uniformly distributed throughout the fibercrosssection and longitudinal sections show relatively smooth or grainy, rough surfaces depending on the additive used.