Disdrometer and WRF model output data for "Do Double-Moment Microphysics Schemes Make Reliable Predictions on the Raindrop Number Concentration?: A Squall-Line Case Study"

These files are the data of disdrometer observation and WRF model simulations in the study entitled "Do Double-Moment Microphysics Schemes Make Reliable Predictions on the Raindrop Number Concentration?: A Squall-Line Case Study", which is currently (December 2022) submitted to Journal of Geophysical Research: Atmospheres.
The file "rainrate_moments.nc" contains the rain rate and raindrop size distribution (RSD) moments at the disdrometer site in the disdrometer observation and seven WRF simulations.
The files "hydrometeors.nc" and "microphysics.nc" contain the hydrometeor mass mixing ratios and number concentrations and the microphysical process rates above the disdrometer site in the seven WRF simulations.
The time period of the data is 0530-0930 LST (UTC + 9 h) 8 November 2021, the analysis period of this study.
The scheme indices from 0 to 6 indicate the Thompson, Thom_aero, WDM6, Morrison, P3, P3_Nc, and ISHMAEL schemes, respectively, which are described in detail in this study.

本数据集配套的研究论文题为《双矩微物理方案对雨滴数浓度的预报是否可靠？——一次飑线个例研究》，该研究目前（2022年12月）已投稿至《地球物理研究杂志：大气圈》（Journal of Geophysical Research: Atmospheres），数据包含雨滴谱仪（disdrometer）观测与WRF模式（WRF）模拟结果。
文件"rainrate_moments.nc"收录了雨滴谱仪观测以及7组WRF模拟中，雨滴谱仪观测点处的降雨率与雨滴谱（RSD）矩量参数。
文件"hydrometeors.nc"与"microphysics.nc"则包含7组WRF模拟中，雨滴谱仪观测点上空的水成物质量混合比、数浓度以及微物理过程速率。
本数据集的时间覆盖范围为2021年11月8日的地方标准时（Local Standard Time, LST，UTC+9）05:30至09:30，即本次研究的分析时段。
方案索引0至6分别对应Thompson、Thom_aero、WDM6、Morrison、P3、P3_Nc以及ISHMAEL微物理方案，各方案的详细说明见于本研究。