Data for "Fano Combs in the Directional Mie Scattering of a Water Droplet"

Data regarding the Mie Fano Comb scattering of an evaporating, optically levitated droplet.<br><br>Two .cvs data files and one video are included. <br><br>The <b>video </b>shows the far field interference pattern of the levitated droplet collected by the lens. Together with Eq.(4) this can be used to calculate the radius of the droplet. The distance between the stripes, S, is calculated from the video using that the diameter of the circle of stripes in the video is 25 mm, the distance, d, is 52 mm, and the wavelength is 532 nm.<br>"<b>DropletRadius-30sps.cvs</b>" contains the calculated radius for each frame (30 frames per second). The data stops when the lines cannot be used to calculate the size anymore.<br>"<b>DirectionalMieSpectrumTimeSeriesAndRadiusFit-10000sps.cvs</b>" contains the scattering intensity and the radius of the droplet at 10 000 samples per second. The size is calculated using a fit of the data above. Plotting Intensity and radius results in Fig. 2a. <br><br><br>

本数据集涵盖蒸发中光学悬浮液滴的米氏-法诺梳（Mie Fano Comb）散射相关数据。

本次数据集包含两个.cvs数据文件与一段视频。

该<b>视频</b>展示了透镜采集到的悬浮液滴远场干涉图样。结合公式(4)，可通过该图样计算液滴半径。根据视频中条纹圆的直径为25 mm、采集距离d为52 mm、入射光波长为532 nm，可计算得到条纹间距S。
<b>DropletRadius-30sps.cvs</b> 存储了每帧（帧率为30帧每秒）对应的计算所得液滴半径。当无法再通过干涉条纹计算液滴尺寸时，数据采集终止。
<b>DirectionalMieSpectrumTimeSeriesAndRadiusFit-10000sps.cvs</b> 存储了每秒10000次采样下的散射强度与对应时刻的液滴半径，其中尺寸通过对前述数据的拟合计算得到。绘制强度与半径的关系图可得到图2a。