The impact of the sulfur allotropes and sulfur hydrides on the Venus cloud chemistry

Data from the paper <i>The impact of the sulfur allotropes and sulfur hydrides on the Venus cloud chemistry</i>The outputs are netcdf files one timestep of the different test cases:<br>- Ref.nc: the reference case with the saturation mixing ratio from Zahnle et al., (2016), the update UV cross-section and a radius of .1 µm for the condensed allotropes.<br>- Lyons.nc: the reference case with the saturation mixing ratio from Lyons (2008) (see Fig 3), the update UV cross-section and radius of 1. µm for the condensed allotropes.- Previous.nc: the reference case with the saturation mixing ratio from Zahnle et al., (2016), the UV cross-section previous study (see Fig 1 and 2) and a radius of .1 µm for the condensed allotropes.<br>- Radius1m.nc: the reference case with the saturation mixing ratio from Zahnle et al., (2016), the update UV cross-section and a radius of 1. µm for the condensed allotropes.- RadiusVar.nc: the reference case with the saturation mixing ratio from Zahnle et al., (2016), the update UV cross-section and a radius depending on the degree of polimerization for the condensed allotropes<br>- S8d10.nc: the reference case with the saturation mixing ratio from Zahnle et al., (2016), the update UV cross-section, a radius of 1. µm for the condensed allotropes and a S8 photloysis decrease by a factor of 10.<br>- S8d10.nc: the reference case with the saturation mixing ratio from Zahnle et al., (2016), the update UV cross-section, a radius of 1. µm for the condensed allotropes and a S8 photolysis decrease by a factor of 100.<br>- S8d10.nc: the reference case with the saturation mixing ratio from Zahnle et al., (2016), the update UV cross-section, a radius of 1. µm for the condensed allotropes and a S8 photolysis decrease by a factor of 10.<br>- SO2150ppm.nc: the reference case with the saturation mixing ratio from Zahnle et al., (2016), the update UV cross-section, a radius of 1. µm for the condensed allotropes and a SO2 troposhperic mixing ration set to 150 ppmv (against 15 ppmv for above cases).<br>The variable are temperature (temp), pressure (pres), winds (vitu, vitv, vitw), the different chemical spieces called by their formula, and the photolysis rate of the sulfur allotropes (j_sx) from the surface to 90 km with 1 km of resolution.<br>More information about the file is available with the command "ncdump -h ./X"