Gross Simon, Dubov Mykhaylo, Withford Michael J
Opt Express. 2015 Mar 23;23(6):7767-70. doi: 10.1364/OE.23.007767.
The use of the Type I and Type II scheme, first introduced and used by fiber Bragg grating researchers, has recently been adopted by the ultrafast laser direct-write photonics community to classify the physical geometry of waveguides written into glasses and crystals. This has created confusion between the fiber Bragg grating and direct-write photonics community. Here we propose a return to the original basis of the classification based on the characteristics of the material modification rather than the physical geometry of the waveguide.
I型和II型方案最初由光纤布拉格光栅研究人员引入并使用,最近超快激光直写光子学领域也采用了该方案,用于对写入玻璃和晶体中的波导的物理几何形状进行分类。这在光纤布拉格光栅和直写光子学领域之间造成了混淆。在此,我们建议回归基于材料改性特性而非波导物理几何形状的分类原始基础。