Subset of WRF/MPAS outputs supporting the publication "Development of the TCWA2 Bulk Cloud Microphysics Scheme and Its Integration with a Dual-Polarization Radar Operator for Forecasting Applications" in JAMES

This dataset contains subsets of model outputs generated using the TCWA2 microphysics scheme. The wrfout subset includes microphysical variables for each precipitating hydrometeor category (raindrops, pristine ice, snow-aggregates, and rimed ice), including bulk mean volume diameter (MVDX), spectral shape parameter (AFAX), hydrometeor density (RHOX), aspect ratio (XASPR), fall speed (VTQX), and dual-polarization radar variables (DBZX, ZDRX, and KDPX) for two-dimensional idealized squall-line simulations in the WRF model. The mpasout subset contains simulated dual-polarization radar products, including horizontal reflectivity (DBZ), differential reflectivity (ZDR), and specific differential phase (KDP) for a real-case simulation of an afternoon convective event using the MPAS model. These data were processed to reproduce the primary figures and analyses presented in the manuscript entitled “Development of the TCWA2 Bulk Cloud Microphysics Scheme and Its Integration with a Dual-Polarization Radar Operator for Forecasting Applications,” submitted to the Journal of Advances in Modeling Earth Systems (JAMES).本数据集包含采用TCWA2微物理方案（TCWA2 microphysics scheme）生成的模型输出子集。其中wrfout子集包含WRF模式下二维理想飑线模拟中各降水水凝物类别的微物理变量，包括整体平均体积直径（MVDX）、谱形参数（AFAX）、水凝物密度（RHOX）、长宽比（XASPR）、下落速度（VTQX），以及双偏振雷达变量（DBZX、ZDRX、KDPX）。mpasout子集则包含采用MPAS模式对一次午后对流事件开展真实个例模拟得到的双偏振雷达模拟产品，具体包括水平反射率（DBZ）、差分反射率（ZDR）与特定差分相位（KDP）。本数据集的数据经处理后，用于复现已提交至《地球系统建模进展杂志》（Journal of Advances in Modeling Earth Systems，简称JAMES）的论文《TCWA2整体云微物理方案的开发及其与双偏振雷达算子在预报业务中的集成》中呈现的主要图表与分析结果。