PaCE-2019-UHAeroSAM-CAPS

These data are from the Pallas Cloud Experiment (PaCE) in September 2019. The directory "level_0" contains the raw .csv files, the directory "level_1" contains the first pass processing (for example dn/dlog(Dp) computation) conducted by the "AirborneParticleAnalysis" software package available here: https://github.com/JGirdwood/AeroSAM-Analysis. Note that this software is required to re-import the data since all level 1 data are saved as pickled data structures using the python "cpickle" package. The directory "level_2" contains the plots generated by the "PlotPaceData2019.py" script included in the package. The data were published here: https://doi.org/10.5194/amt-2020-247.

The data shows inter-comparison of the CAPS instrument with the UH-AeroSAM unmanned aerial vehicle (UAV) equipped with a modification of the Universal Cloud and Aerosol Sounding System.

本数据集源于2019年9月的帕拉斯云实验（PaCE）。'level_0'目录下包含原始的.csv文件，'level_1'目录中存放了由'AirborneParticleAnalysis'软件包（可通过以下链接获取：https://github.com/JGirdwood/AeroSAM-Analysis）进行的首轮处理结果（例如dn/dlog(Dp)的计算）。请注意，此软件包是重新导入数据的必要工具，因为所有level 1数据均以使用python 'cpickle'包保存的序列化数据结构形式存储。'level_2'目录中包含了软件包内包含的'PlotPaceData2019.py'脚本生成的图表。相关数据已在此处发布：https://doi.org/10.5194/amt-2020-247。数据展示了CAPS仪器与配备经过改良的通用云和气溶胶探测系统（UCASS）的UH-AeroSAM无人航空器（UAV）之间的相互比对结果。