Version 2 2022-10-12, 07:42Version 2 2022-10-12, 07:42
Version 1 2022-10-10, 08:09Version 1 2022-10-10, 08:09
dataset
posted on 2022-10-12, 07:42authored byRachel JamesRachel James, Jonathan Crosier, Paul J. Connolly
<p>This dataset contains the model outputs for all simulations except the mode 2 sensitivity studies.</p>
<p><br></p>
<p><strong>Data file structure</strong></p>
<p>The model output files are provided in the netCDF file format (.nc). The model output filename convection is as follows:</p>
<p><br></p>
<p>depth_aerosol_temp_updraft_aINP_#.nc</p>
<p><br></p>
<p>where depth (deep or shallow) indicates the cloud depth, aerosol (natural or nearcity) indicates the aerosol size distribution, temp (cold or warm) indicates the cloud base temperature, updraft (05, 2 or 10) indicates the updraft speed, a(01,1,10)INP indicates the INP concentration, and # is a number and indicates the secondary ice production (SIP) mechanism (see details below).</p>
<p><br></p>
<p><strong># refers to the SIP as follows:</strong></p>
<p>000 control (no SIP)</p>
<p>001 M1</p>
<p>002 CB</p>
<p>003 M1+CB</p>
<p>004 M2</p>
<p>005 M1+M2</p>
<p>006 M2+CB</p>
<p>007 M1+M2+CB</p>
<p>008 RS</p>
<p>009 RS+M1</p>
<p>010 RS+CB</p>
<p>011 RS+M1+CB</p>
<p>012 RS+M2</p>
<p>013 RS+M1+M2</p>
<p>014 RS+M2+CB</p>
<p>015 RS+M1+M2+CB</p>
<p><br></p>
<p>For example, shallow_natural_cold_05_1INP_000.nc refers to a simulation with no SIP mechanisms with a cloud depth of 1.3 km, a natural aerosol size distribution, a cloud base temperature of 0 °C, an updraft speed of 0.5 m s<sup>-1</sup> and x1 INP concentration.</p>
Funding
Using high-speed holography to quantify secondary ice processes