theoretical and experimental study of the deposition of dielectric stacks on twin-hole silica fibers for implementation of compact all-fiber resonators

This dataset includes the Matlab code to engineer theoretically a Bragg stack made of different dielectric layers. By changing the number of alternating stacks, their thickness and the refractive index of each layer it is possible to obtain the transmission curve of the Bragg stack versus the wavelength of the light in a certain range of values. The dataset includes also the experimental measurements of the resonances related to one of the fabricated compact resonators (based on the twin-hole fiber not poled) and obtained sweeping the wavelength of the input light injected through one of the two Bragg stacks and collecting the power at the exit of the other Bragg stack.

本数据集包含用于理论构建由不同介质层构成的布拉格堆叠（Bragg stack）的Matlab代码。通过改变交替堆叠的层数、各层厚度以及每层的折射率，可在特定波长范围内得到该布拉格堆叠的透射曲线随入射光波长的变化关系。本数据集还收录了一款基于未极化双孔光纤的已制备紧凑型谐振器的谐振特性实验测量数据，该数据通过向两个布拉格堆叠中的一个注入扫频输入光，并在另一布拉格堆叠的输出端收集光功率的方式获得。