MOP-A1.7P: Travelling Wave Ultra-wideband Antennas |
| Session Type: Interactive Forum |
| Poster Time: Monday, June 27, 14:40 - 16:40 |
| Presentation Time: Monday, June 27, 14:40 - 15:40 |
| Starts on Board: PG.1 |
| Location: Poster Area G |
| Session Chair: Mohamed Elmansouri, University of Colorado
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| MOP-A1.7P.1: WIDEBAND DUAL-MODE MONOSTATIC SIMULTANEOUS TRANSMIT AND RECEIVE ANTENNA SYSTEM |
| Ehab Etellisi, Mohamed Elmansouri, Dejan Filipovic, University of Colorado Boulder, United States |
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| MOP-A1.7P.2: A WIDE-BAND SPIRAL BASED AMPLITUDE-ONLY AZIMUTH DIRECTION FINDING SYSTEM |
| Gregor Lasser, University of Colorado, United States; Dejan Filipovic, University of Colorado Boulder, United States |
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| MOP-A1.7P.3: CONICAL LOG SPIRAL ANTENNA DEVELOPMENT FOR THE UWBRAD ICE SHEET INTERNAL TEMPERATURE SENSING |
| Domenic Belgiovane, Chi-Chih Chen, Joel Johnson, The Ohio State University, United States |
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| MOP-A1.7P.4: AN E-TEXTILE EDGE-FED SPIRAL ANTENNA FOR FLEXIBLE WEARABLE APPLICATIONS |
| Meenakshi Kohli, Chris G. Bartone, Ohio University, United States |
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| MOP-A1.7P.5: AN ARCHIMEDEAN SPIRAL ANTENNA LOADED WITH SUPERSTRATE AND BACKED BY 3D PRINTED GROUND STRUCTURE FOR DIRECTIONAL PATTERNS |
| Phu Tran, Satish Sharma, San Diego State University, United States |
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| MOP-A1.7P.6: COMPUTATIONAL STUDY OF FREQUENCY STEERED HELICAL ANTENNAS FOR HIGH POWER APPLICATION |
| S. Nickolas, J. Roos, P. Collins, J. Petrosky, Andrew Terzuoli, IEEE, United States |
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| MOP-A1.7P.7: LOW PROFILE, MINIMALLY ABSORPTIVE CAVITY BACKED NON-COMPLIMENTARY SINUOUS ANTENNA |
| Timothy Samson, Thomas Cencich, Lockheed Martin Space Systems, United States |
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| MOP-A1.7P.8: DESIGN OF A TAPERED SLOT-LINE ANTENNA FOR WIDEBAND SAR IMAGING |
| Matthew Horst, Mohammad Tayeb Ghasr, Reza Zoughi, Missouri University of Science and Technology, United States |
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