Theory and Principles of EM Models |
| Session Type: Oral |
| Time: Monday, March 1, 13:50 - 15:30 |
| Session Chairs: Paolo Pampaloni, IFAC and Ed Westwater, Univ. of Colorado
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WATER VAPOR CONTINUUM ABSORPTION IN THE MICROWAVE |
| Vivienne Payne; Atmospheric and Environmental Research, Inc. |
| Eli Mlawer; Atmospheric and Environmental Research, Inc. |
| Karen Cady-Pereira; Atmospheric and Environmental Research, Inc. |
| Jean-Luc Moncet; Atmospheric and Environmental Research, Inc. |
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MICROWAVE EXTINCTION AND SCATTERING BY SOFT ICE SPHERES AND COMPLEX SNOW AGGREGATES |
| Grant Petty; University of Wisconsin-Madison |
| Wei Huang; University of Wisconsin-Madison |
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A RAPID RADIATIVE TRANSFER MODEL FOR SSMIS UAS CHANNELS THAT TAKES THE EARTH-ROTATION DOPPLER SHIFT AND ZEEMAN EFFECTS INTO ACCOUNT |
| Yong Han; NOAA/NESDIS/Center for Satellite Applications and Research |
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LUNAR MICROWAVE BRIGHTNESS TEMPERATURE: MODEL INTERPRETATION AND INVERSION OF SPACEBORNE MULTI-FREQUENCY OBSERVATIONS |
| Mario Montopoli; Univ. of L'Aquila |
| Alessandro Di Carlofelice; Univ. of L'Aquila |
| Piero Tognolatti; Univ. of L'Aquila |
| Frank Marzano; Sapienza University of Rome |
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MODEL, SIMULATION OF MICROWAVE BRIGHTNESS TEMPERATURE OF LUNAR SURFACE AND INVERSION OF REGOLITH LAYER THICKNESS, AND VALIDATION FROM CHANG-E 1 OBSERVATION |
| Ya-Qiu Jin; Fudan University |
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