TUP2.PK: Advanced Microwave Instruments

Session Type: Poster
Time: Tuesday, July 25, 15:20 - 16:20
Location: Exhibit Hall B/C: Poster Area K
Session Chairs: Andreas Colliander, Jet Propulsion Laboratory, California Institute of Technology and Andrew O'Brien, The Ohio State University
 
TUP2.PK.1: HURRICANE IMAGING RADIOMETER (HIRAD) BRIGHTNESS TEMPERATURE VALIDATION
         Saleem Sahawneh; University of Central Florida
         W. Linwood Jones; University of Central Florida
 
TUP2.PK.2: SHAPED SPACE-BORNE WAVEGUIDE SLOTS ARRAY ANTENNA
         Hongjian Wang; CAS Key Laboratory of Microwave Remote Sensing, National Space Science Center
 
TUP2.PK.3: COMBINED RECEIVER FOR ACTIVE AND PASSIVE MICROWAVE REMOTE SENSING
         Chun Sik Chae; NASA Jet Propulsion Laboratory
         Shannon T. Brown; NASA Jet Propulsion Laboratory
         Andy Fung; NASA Jet Propulsion Laboratory
         Lorene Samoska; NASA Jet Propulsion Laboratory
         Todd C. Gaier; NASA Jet Propulsion Laboratory
         Jason Matthews; NASA Jet Propulsion Laboratory
 
TUP2.PK.4: RIGOROUS RADIATIVE TARNSFER SIMULATION FOR ATMS 183 GHZ WITH ATMOSPHERIC WATER SIGNATURE FROM COMBINED RADAR AND RADIOMETER OF GPM
         John Xun Yang; University of Maryland
         Hu Yang; University of Maryland
         Fuzhong Weng; NOAA Center for Satellite Applications and Research
 
TUP2.PK.5: PRELAUNCH PERFORMANCE OF THE 118 GHZ POLARCUBE 3U TEMPERATURE SOUNDING RADIOMETER
         Lavanya Periasamy; University of Colorado Boulder
         Albin J. Gasiewski; University of Colorado Boulder
 
TUP2.PK.6: CHARACTERISTIC OF A DIGITAL CORRELATION RADIOMETER BACK END WITH FINITE WORDLENGTH
         Sayak Biswas; USRA/NASA MSFC
         David Hyde; NASA Marshell Space Flight Center
         Mark James; NASA Marshell Space Flight Center
         Daniel Cecil; NASA Marshell Space Flight Center
 
TUP2.PK.7: PALS INSTRUMENT UPGRADE, A WIDE BAND RADIOMETER
         Isaac Ramos Perez; Jet Propulsion Laboratory
         Sidharth Misra; Jet Propulsion Laboratory