CLiMMATE: Cloud Microwave Measurements of Atmosfheric Events
Images from the presentation:
"Non-Precipitating Stratus Cloud Characterization Using a Ground-based Microwave Doppler Radar."

Images from the presentation: "Non-Precipitating Stratus Cloud Characterization Using a Ground-based Microwave Doppler Radar" - PDF Format.

This image was obtained by setting the Reflectivity on the cloud's characterization parameters to 33dB (Z33 [dBZ]) while using a scanning period of 58 seconds.

This image was obtained by setting the Reflectivity on the cloud's characterization parameters to 33dB (Z33 [dBZ]) while using a scanning period of 70 seconds.

This image was obtained by setting the peak number concentration on the cloud's characterization parameters to 8,000 (N0=8,000) while using a scanning period of 58 seconds.

This image was obtained by setting the peak number concentration on the cloud's characterization parameters to 8,000 (N0=8,000) while using a scanning period of 70 seconds.

This image was obtained by setting the effective diameter on the cloud's characterization parameters to 2.5 micrometers (D0=2.5 μm ) while using a scanning period of 58 seconds.

This image was obtained by setting the effective diameter on the cloud's characterization parameters to 2.5 micrometers (D0=2.5 μm ) while using a scanning period of 70 seconds.

CLiMMATE Laboratory is sponsored by NSF and NASA.

© 2004 CLiMMATE • University of Puerto Rico at Mayagüez.
Department of Electrical & Computer Engineering.

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