A3.4

Different Geometrical Representations of Partially Reflected Surfaces for Fabry-Perot Antenna Optimization

Mashrur Zawad, University of Missouri, Kansas City, United States; Mohamed Z. M. Hamdalla, Missouri Institute for Defense and Energy (MIDE), United States; Ahmed M. Hassan, University of Missouri, Kansas City, United States
Session:
A3: Advances in Electromagnetic Measurements: Antennas and Beyond Lecture
Track:
Commission A: Electromagnetic Metrology
Location:
Room 105
Presentation Time:
Fri, 12 Jan, 14:10 - 14:30 MST (UTC -7)
Session Chair:
Matthew Simons, NIST
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Presentation
Discussion
Resources
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Session A3
A3.1: Direction-of-Arrival Estimation Using A Uniform Linear Array Considering Antenna Radiation Patterns
Kai Ren, South Dakota School of Mines and Technology, United States
A3.2: Comparison of Antenna parameters acquired in the reactive nearfield, radiating nearfield (Fresnel), and far-field (Fraunhofer) regions
William Dykeman, Ryan Green, Junming Diao, Mississippi State University, United States
A3.3: Optimizing Antenna Element Distribution for Enhanced Gain in Sparse Array Configurations
Michael Ortiz, Elias Alwan, Florida International University, United States
A3.4: Different Geometrical Representations of Partially Reflected Surfaces for Fabry-Perot Antenna Optimization
Mashrur Zawad, University of Missouri, Kansas City, United States; Mohamed Z. M. Hamdalla, Missouri Institute for Defense and Energy (MIDE), United States; Ahmed M. Hassan, University of Missouri, Kansas City, United States
A3.5: Revisiting the Water Permittivity: 0-50 GHz Measurements at Temperatures up to 50ºC
Rahul Kar, Mustafa Aksoy, University at Albany,State University of New York, United States
A3.6: Statistical Electrical Effect Detection
Doug Drake, Ahmed Hassan, Alex Pusateri, Stephan Young, University of Missouri - Kansas City, United States
Contacts