Changeset 2248 for trunk/LMDZ.MARS/README

Timestamp:

Mar 4, 2020, 6:31:04 PM (5 years ago)

Author:

abierjon

Message:

Mars GCM:
Bug fixes in the slope winds parametrization and its interactions with rocketduststorm : now, it is considered that the sub-grid dust storm is decorrelated from the dust entrainment above the sub-grid scale topography, so that : 1) the background dust available for slope winds is updated after the rocketduststorm parametrization ; 2) the extra-heating on top of the mountains is calculated regarding topdust and background dust tracers' optical depths only (and not stormdust optical depth).
AB

File:

• trunk/LMDZ.MARS/README (modified) (1 diff)

trunk/LMDZ.MARS/README

@@ -2866 +2866 @@
 + some cleaning and commenting of the code
 
-== 02/03/2020 == AB
-Partially resolved ticket #14 : when calling writediagfi for all kinds of dust Density-Scaled Opacity (dsodust,dsords,dsotop,dso), an information about the IR wavelength used by the GCM is added in the "title" attribute of the netcdf variable ("tes" = 9.3micron ; "mcs" = 21.6micron).
+== 04/03/2020 == AB
+Resolved ticket #14 : when calling writediagfi for all kinds of dust Density-Scaled Opacity (dsodust,dsords,dsotop,dso), an information about the IR wavelength used by the GCM is added in the "title" attribute of the netcdf variable ("tes" = 9.3micron ; "mcs" = 21.6micron).
 NB : these dust DSO calculated by the GCM are extinction opacities, hence not always corresponding to the actual opacity/optical depth measured by the instruments (ex: TES = 9.3micron absorption optical depth).
+
+== 04/03/2020 == AB
+Bug fixes in the slope winds parametrization and its interactions with rocketduststorm : now, it is considered that the sub-grid dust storm is decorrelated from the dust entrainment above the sub-grid scale topography, so that : 1) the background dust available for slope winds is updated after the rocketduststorm parametrization ; 2) the extra-heating on top of the mountains is calculated regarding topdust and background dust tracers' optical depths only (and not stormdust optical depth).