1) normal second-order dispersion
二阶正常色散
2) normal dispersion
正常色散
1.
We suggest that a three-level cascade medium be used to achieve the switching from normal dispersion to anomalous dispersion.
建议利用三能级级联型介质实现从正常色散到反常色散的变换。
4) normal dispersion regime
正常色散区
1.
In the anomalous dispersion regime of fiber gratings, optical pulse can come into being bright solitons by a careful control of SPM、XPM and GVD, in the normal dispersion regime of fiber gratings can allowed transmission of dark solitons.
在光纤光栅中,当入射频率位于布拉格频率附近时,结构色散在系统中占主导地位,材料色散和波导色散等因素可忽略不计,在光纤光栅的反常色散区,由结构色散造成的群速度色散(GVD)效应和由自相位调制(SPM)、交叉相位调制引起的非线性效应的相互作用,可导致光纤光栅中亮孤子的形成;而在光纤光栅的正常色散区也能够维持暗孤子传输。
5) second-order group dispersion
二阶群色散
1.
Resolution study of the second-order group dispersion effects on the spectra of super-Gaussian pulses;
二阶群色散对超高斯脉冲频谱影响的解析研究
6) the second and third dispersion
二阶及三阶色散
1.
The compensation for the second and third dispersion of Yb:glass with the SF10 prism pair and the optimized multiGT interferometer were calculated respectively.
分别计算了SF10棱镜对与优化的多腔G T干涉仪对Yb:glass的二阶及三阶色散的补偿效果。
补充资料:正常
1.符合一般规律和情况。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条