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The sensitivity of radiative fluxes to parameterized cloud microphysics
Sam F. Iacobellis
, Greg M. McFarquhar
, David L. Mitchell
, Richard C.J. Somerville
Climate, Meteorology and Atmospheric Sciences
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peer-review
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Keyphrases
Atmospheric Measurements
37%
Average Particle Size
12%
Climate Models
12%
Climate Simulation
12%
Cloud Amount
37%
Cloud Base Height
12%
Cloud Fraction
12%
Cloud Microphysics
100%
Cloud Properties
12%
Cloud Radiation
12%
Cloud-radiation Interaction
12%
Cooling Rate
12%
Effective Radius
62%
Falling Speed
50%
Ice Clouds
12%
Ice Particle Habits
12%
Ice Particles
100%
Ice Water Path
12%
Long Waves
12%
Measurement Program
12%
Microphysical
12%
Microphysics Parameterization
37%
Microphysics Scheme
12%
Numerical Experiments
12%
Numerical Weather Prediction Data
12%
Operational numerical Weather Prediction
12%
Outgoing Longwave Radiation
12%
Particle Shape
12%
Particle Size
12%
Physical Insights
12%
Radiation Physics
12%
Radiation Scheme
12%
Radiative Fluxes
100%
Radius Distribution
12%
Seasonal Means
12%
Seasonal Timescales
12%
Shortwave
12%
Single Column Models
37%
Size-and-shape
12%
Solar Radiation
12%
Southern Great Plains
12%
Surface Radiative Flux
12%
Temporal Evolution
12%
Top-of-atmosphere
25%
Earth and Planetary Sciences
Atmospheric Radiation
100%
Climate Modeling
33%
Cloud Microphysics
100%
Ice Clouds
33%
Long Wave Radiation
33%
Radiation Effect
33%
Radiation Measurement
100%
Solar Radiation
33%
Temporal Evolution
33%
Top of Atmosphere
66%