microbasekaplus.c1

This microbasekaplus datastream is produced by re-writed micorbaseka vap (microbasekaplus) in python under ADI framewrok, and added uncertainties for the microphysics. The original Microbase VAP was developed in 2002. The primary purpose of producing this VAP was to provide the required microphysical values for input to the Broad Band Heating Rate Profiles (BBHRP) VAP in order to generate estimations of radiative heating rates. It served the Radiatively Important Parameters Best Estimate (RIBPE) VAP in the capacity of providing baseline cloud microphysical values as input. Microbase produces cloud microphysical properties based on cloud radar measurements taken at all fixed ARM sites.

本微基底加（microbasekaplus）数据流，是通过在ADI框架（ADI framework）下使用Python语言对微基底VAP（microbaseka VAP）进行重写，并为其微物理过程添加不确定性参数后生成的。原始微基底VAP（Microbase VAP）于2002年研发完成。本VAP的核心研发目标是为宽带加热率廓线（Broad Band Heating Rate Profiles, BBHRP）VAP提供所需的微物理参数输入，以生成辐射加热率的估算结果。该VAP还可为辐射重要参数最优估计（Radiatively Important Parameters Best Estimate, RIBPE）VAP提供基准云微物理参数作为输入。微基底VAP基于所有固定ARM（Atmospheric Radiation Measurement）站点的云雷达观测数据，反演得到云微物理特性参数。