COSP output for the TWPICE case with varying cloud subgrid-scale parameters
收藏资源简介：
The control experiment is named SCG_LIN, in which the domain-averaged cloud fraction and condensate from CRM_LIN are used, along with median values of <em>L</em><sub>cf</sub>, <em>L</em><sub>cw</sub> and <em>v</em>. Two sensitivity experiments were carried out for each parameter using either lower or upper quartiles, while keeping the other two parameters unchanged. CRM_LIN CRM output with LIN microphysics CRM_SAM CRM output with SAM1MOM microphysics CRM_M2005 CRM output with M2005 microphysics SCG_LIN SCG output based on domain-averaged clouds from CRM_LIN and median subgrid-scale parameters (<em>L</em><sub>cf </sub>= 1.6, <em>L</em><sub>cw </sub>= 0.9, <em>v </em>= 2) SCG_SAM Same as SCG_LIN but based on clouds from CRM_SAM SCG_M2005 Same as SCG_LIN but based on clouds from CRM_M2005 SCG_Exact SCG output using exact parameters derived from CRM_LIN SCG_<em>L</em><sub>cf</sub>(3.2) Same as SCG_LIN but for <em>L</em><sub>cf </sub>= 3.2 in cloud overlap SCG_<em>L</em><sub>cf</sub>(0.9) Same as SCG_<em> L</em><sub>cf</sub>(3.2) but for <em>L</em><sub>cf </sub>= 0.9 SCG_<em>L</em><sub>cw</sub>(1.5) Same as SCG_LIN but for <em>L</em><sub>cw </sub>= 1.5 in condensate overlap SCG_<em>L</em><sub>cw</sub>(0.5) Same as SCG_<em> L</em><sub>cw</sub>(1.5) but for <em>L</em><sub>cw </sub>= 0.5 SCG_<em>v</em>(0.8) Same as SCG_LIN but for <em>v </em>= 0.8 SCG_<em>v</em>(5.9) Same as SCG_<em>v</em>(0.8) but for <em>v </em>= 5.9
