Technical Program

IF222: Enhancement of Dielectric Resonator Antenna Characteristics

Session Type: Interactive
Poster Time: Tuesday, July 8, 09:20 - 11:20
Presentation Time: Tuesday, July 8, 09:20 - 10:20
Location: Ballroom B-E
Session Chairs: Abdelrazik Sebak, Concordia University and Debatosh Guha, University of Calcutta
 
IF222.37: HIGH GAIN HYBRID DRA / HORN ANTENNA FOR MMW APPLICATIONS
         Ayman Elboushi; Concordia University, Canada
         Abdel-Razik Sebak; Concordia University, Canada
 
IF222.38: GAIN ENHANCEMENT OF OMNIDIRECTIONAL DIELECTRIC RESONATOR ANTENNA USING A HIGHER-ORDER MODE
         Li Ying Feng; City University of Hong Kong, China
         Kwok Wa Leung; City University of Hong Kong, China
 
IF222.39: A CYLINDRICAL DIELECTRIC SURFACE-WAVE ANTENNA
         Nicholas Boggs; University of Houston, United States
         Stuart Long; University of Houston, United States
         David R. Jackson; University of Houston, United States
 
IF222.40: 60GHZ DUAL-POLARIZED DIELECTRIC RESONATOR ANTENNA
         Hongyu Zhou; Samsung Research America, United States
         Farshid Aryanfar; Samsung Research America, United States
 
IF222.41: WIDEBAND CIRCULARLY-POLARIZED DIELECTRIC RESONATOR ANTENNA WITH SEQUENTIALLY ROTATED FEED
         Rong-Cang Han; Linyi University, China
         Shun-Shi Zhong; Shanghai University, China
         Jing Liu; Shanghai University of Electric Power, China
 
IF222.42: RESONANCE GAIN ANTENNA USING FULLY REFLECTING SURFACE (FRS): NEW BOUNDARY CONDITION TO REALIZE WIDEBAND HIGH GAIN OPERATION
         Koushik Dutta; University of Calcutta, India
         Debatosh Guha; University of Calcutta, India
         Chandrakanta Kumar; ISRO Satellite Centre, India
         Yahia M.M. Antar; Royal Military College of Canada, Canada