Abstract
A microwave and millimeter wave imaging system. In either a far-field or a near-field detection mode, a radially-polarized probe transmits an imaging signal along a predetermined scan path to detect a target in a sample. The imaging signal's orientation is independent of the target's orientation and changes at each target as the probe transmits the signal during scanning. A measurement system receives scattered waves reflected from the sample via a single channel and images the sample and the target based on the reflected waves independent of the orientation of the target.
Recommended Citation
Dvorsky, Matthew; Al Qaseer, Mohammed Tayeb; and Zoughi, Reza, "Microwave Imaging using a Radially-Polarized Probe" (2024). Patents. 39.
https://scholarsmine.mst.edu/patents/39
Department(s)
Electrical and Computer Engineering
Patent Application Number
17/438,798
Patent Number
US 12,061,254 B2
Document Type
Patent
Document Version
Citation
File Type
text
Language(s)
English
Rights
© 2026 The Curators of the University of Missouri, All rights reserved
Additional Rights Information
Assignee: The Curators of the University of Missouri, Columbia, Missouri (US)
Publication Date
13 August, 2024

Comments
Docket Number: 19MST036-UTL
Filing Date: 09/13/2021
Issue Date: 08/13/2024, FY25
References Cited
U.S. Patent Documents:
5,760,397 A 6/1998 Huguenin et al.
8,059,268 B2 11/2011 Judell et al.
8,319,678 B2 12/2012 Weiss
2009/0237092 A1* 9/2009 Zoughi...............G01S 13/89 324/637
2009/0251771 A1 10/2009 Hendriks et al.
2013/0027244 A1* 1/2013 Babakhani...............G01S 13/89 342/179
2014/0062792 A1* 3/2014 Schantz...............G01S 13/878 342/451
2016/0077055 A1* 3/2016 Corum...............G01S 13/885 73/627
2016/0077203 A1* 3/2016 Corum...............G01S 13/0218 342/175
2016/0079645 A1* 3/2016 Corum...............G01S 13/0218 333/240
2016/0079754 A1* 3/2016 Corum...............H02J 3/00 333/248
Foreign Patent Documents:
CN 107144950 A * 9/2017..........G02B 19/0076
CN 107247264 A * 10/2017..........G01S 13/89
WO 2018/115372 A1 6/2018
Prior Publication Data:
US 2022/0146663 A1 Mat 12, 2022