CLiMMATE: Images from the presentation:"Modeling, Simulation and Comparison Study of Cirrus Clouds' Ice Crystals."

CLiMMATE: Cloud Microwave Measurements of Atmosfheric Events

Images from the presentation:
"Modeling, Simulation and Comparison Study of Cirrus Clouds' Ice Crystals."

Images from the presentation: "Modeling, Simulation and Comparison Study of Cirrus Clouds' Ice Crystals." - PDF Format.

$Backscattering in dB (10log sb ) of different indexes of refraction to 33GHz with 652 dipoles array. The top traces are for density of L, and the bottom group of traces is given with ? constant$

Backscattering in dB (10log σ_b ) of different indexes of refraction to 33GHz with 652 dipoles array. The top traces are for density of L, and the bottom group of traces is given with ρ constant.

$Backscattering in dB (10log sb ) of different indexes of refraction to 33GHz with 15692 dipoles array. The top traces are for density of L, and the bottom group of traces is given with ? constant.$

Backscattering in dB (10log σ_b ) of different indexes of refraction to 33GHz with 15692 dipoles array. The top traces are for density of L, and the bottom group of traces is given with ρ constant.

$Backscattering in dB (10log sb ) of different indexes of refraction to 95GHz with 652 dipoles array. The top traces are for density of L, and the bottom group of traces is given with ? constant.$

Backscattering in dB (10log σ_b ) of different indexes of refraction to 95GHz with 652 dipoles array. The top traces are for density of L, and the bottom group of traces is given with ρ constant.

$Backscattering in dB (10log sb ) of different indexes of refraction to 95GHz with 15692 dipoles array. The top traces are for density of L, and the bottom group of traces is given with ? constant.$

Backscattering in dB (10log σ_b ) of different indexes of refraction to 95GHz with 15692 dipoles array. The top traces are for density of L, and the bottom group of traces is given with ρ constant.

CLiMMATE Laboratory is sponsored by NSF and NASA.