Vector radiative transfer simulations for upward looking radiometers created
using the GISS Doubling and Adding code as described in Knobelspiesse et al.
doi.org/10.5194/amt-8-1537-2015.

Unlike that study, these results include simulations in three SWIR channels,
utilizing Mie calculated single scattering properties for liquid clouds, and
Baum et al. doi.org/10.1016/j.jqsrt.2014.02.029 for ice clouds

Contents:
PolarimetricGroundObs_LiquidReff5_20190603.nc
  -Liquid cloud with Effective Radius of 5 microns, effective variance 0.05

PolarimetricGroundObs_LiquidReff10_20190603.nc
  -Liquid cloud with Effective Radius of 10 microns, effective variance 0.2

PolarimetricGroundObs_IceGeneralHabit_20190603.nc
  -Ice cloud using Baum General Habit mixture, 50 micron effective diameter

PolarimetricGroundObs_IceSolidColAggregates_20190603.nc
-Ice cloud using Baum Solid Column Aggregate mixture, 50 micron effective diameter

PolarimetricGroundObs_IceSolidColumns_20190603.nc
-Ice cloud using Baum Solid Column mixture, 50 micron effective diameter


Last updated 2019/06/03
by Kirk Knobelspiesse, NASA GSFC, kirk.knobelspiesse@nasa.gov