IEEE AP-S/URSI 2021 || Marina Bay Sands, Singapore || 4-10 December 2021

TU-A2.1A: Electromagnetic Theory, Material Properties and Measurements I

Tue, 7 Dec, 08:20 - 12:00 Singapore Time (UTC +8)
Tue, 7 Dec, 01:20 - 05:00 France Time (UTC +2)
Tue, 7 Dec, 00:20 - 04:00 UTC
Mon, 6 Dec, 19:20 - 23:00 New York Time (UTC -4)

Location: Peony Junior Ballroom 4512

Session Co-Chairs: Nirod Das, Tandon School of Engineering, New York University and Amin Kianinejad, arQana Technologies

Session Manager: Room R10 Manager

Track: AP-S General Topics

Tue, 7 Dec, 08:20 - 08:40 Singapore Time (UTC +8)
Tue, 7 Dec, 01:20 - 01:40 France Time (UTC +2)
Tue, 7 Dec, 00:20 - 00:40 UTC
Mon, 6 Dec, 19:20 - 19:40 New York Time (UTC -4)

TU-A2.1A.1: On the Importance of the Love's Condition for Inverse Equivalent-Source Metasurface Design

Mario Phaneuf, Tianke Qiu, Puyan Mojabi, University of Manitoba, Canada

Tue, 7 Dec, 08:40 - 09:00 Singapore Time (UTC +8)
Tue, 7 Dec, 01:40 - 02:00 France Time (UTC +2)
Tue, 7 Dec, 00:40 - 01:00 UTC
Mon, 6 Dec, 19:40 - 20:00 New York Time (UTC -4)

TU-A2.1A.2: Uniaxial Anisotropic Metamaterial Radome for 79 GHz Automotive Radars

Nima Bayat-Makou, George V. Eleftheriades, University of Toronto, Canada

Tue, 7 Dec, 09:00 - 09:20 Singapore Time (UTC +8)
Tue, 7 Dec, 02:00 - 02:20 France Time (UTC +2)
Tue, 7 Dec, 01:00 - 01:20 UTC
Mon, 6 Dec, 20:00 - 20:20 New York Time (UTC -4)

TU-A2.1A.3: Propagation Phase Aberration Characterization of Automotive Radar Covers

Adib Nashashibi, Kamal Sarabandi, University of Michigan, United States; Stephen Decker, General Motors, United States

Tue, 7 Dec, 09:20 - 09:40 Singapore Time (UTC +8)
Tue, 7 Dec, 02:20 - 02:40 France Time (UTC +2)
Tue, 7 Dec, 01:20 - 01:40 UTC
Mon, 6 Dec, 20:20 - 20:40 New York Time (UTC -4)

TU-A2.1A.4: An Automated Experiment for Parametric Investigation of Voltage Stacking Behavior

Benjamin Bissen, Thomas Ory, Mohamed Z. M. Hamdalla, Ahmed M. Hassan, Anthony N. Caruso, University of Missouri Kansas City, United States

Tue, 7 Dec, 09:40 - 10:00 Singapore Time (UTC +8)
Tue, 7 Dec, 02:40 - 03:00 France Time (UTC +2)
Tue, 7 Dec, 01:40 - 02:00 UTC
Mon, 6 Dec, 20:40 - 21:00 New York Time (UTC -4)

TU-A2.1A.5: Real-Time Dielectric Sensing of Liquids using Waveguide Supercoupling

Aditya Varma Muppala, Adam Kaleo Roberts, Adib Nashashibi, Kamal Sarabandi, University of Michigan, Ann Arbor, United States

Tea Break

Tue, 7 Dec, 10:20 - 10:40 Singapore Time (UTC +8)
Tue, 7 Dec, 03:20 - 03:40 France Time (UTC +2)
Tue, 7 Dec, 02:20 - 02:40 UTC
Mon, 6 Dec, 21:20 - 21:40 New York Time (UTC -4)

TU-A2.1A.10: Deriving Maxwell's Equations from First Principles of Relativistic Charge Invariance and Space-Time Relations

Nirod Das, Tandon School of Engineering, New York University, United States

TU-A2.1A.1: On the Importance of the Love's Condition for Inverse Equivalent-Source Metasurface Design

TU-A2.1A.2: Uniaxial Anisotropic Metamaterial Radome for 79 GHz Automotive Radars

TU-A2.1A.3: Propagation Phase Aberration Characterization of Automotive Radar Covers

TU-A2.1A.4: An Automated Experiment for Parametric Investigation of Voltage Stacking Behavior

TU-A2.1A.5: Real-Time Dielectric Sensing of Liquids using Waveguide Supercoupling

TU-A2.1A.6: CPW Resonators for Dielectric Characterization of Sheets at 77 GHz

TU-A2.1A.7: A Broadband S/SSTDR-VNA for Energized Circuits

TU-A2.1A.8: New Approach on Generating Electromagnetic Waves for Transcranial Magnetic Stimulation

TU-A2.1A.9: Probe-based Gain Measurement of On-chip Millimeter-wave Antennas

TU-A2.1A.10: Deriving Maxwell's Equations from First Principles of Relativistic Charge Invariance and Space-Time Relations