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MICROWAVE AND OPTICAL TECHNOLOGY LETTERS
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Overview
publication venue for
Wideband radar cross section reduction of a circularly polarized antenna using polarization conversion metasurfaces
. 65:2048-2055.
2023
Angularly stable frequency selective surface for the gain enhancement of isolated multiple input multiple output antenna
. 63:2803-2810.
2021
High gain, low radar cross-section, and left hand circularly polarized antenna array based on metamaterial inspired elements
. 63:1507-1513.
2021
Ground moving target detection for airborne radar using clutter doppler compensation and digital beamforming
. 60:101-110.
2018
A MODIFIED GAUSS-NEWTON ALGORITHM FOR FAST MICROWAVE IMAGING USING NEAR-FIELD PROBES
. 59:1394-1400.
2017
ALL ELECTRONIC PROPAGATION LOSS MEASUREMENT AND LINK BUDGET ANALYSIS FOR 350 GHz COMMUNICATION LINK
. 59:415-423.
2017
THz spatial filter employing bimaterial switching for temperature sensing
. 59:168-171.
2017
SELF-ASSEMBLED SILICON-BASED CLUSTERS TO DESIGN EFFICIENT, FAST, AND CONTROLLABLE FANO SWITCHES
. 57.
2015
RADIATION BEAM PATTERN SYNTHESIS FOR COHERENT MIMO RADAR ANTENNA ARRAYS
. 56:2740-2745.
2014
FREQUENCY SELECTIVE SURFACES FILTERS TO ENHANCE PERFORMANCE OF KA BAND APPLICATIONS
. 56:563-568.
2014
A comparative study of c-shaped, e-shaped, and u-slotted patch antennas
. 54:1746-1757.
2012
OPTICALLY TRANSPARENT RF-EO APERTURE WITH 20:1 BANDWIDTH
. 53:1863-1866.
2011
Bandwidth broadening of patch antennas using nonuniform substrates
. 47:421-423.
2005
Dual-frequency-selective surfaces for near-infrared bandpass filters
. 43:95-98.
2004
Frequency-selective surface based bandpass filters in the near-infrared region
. 41:266-269.
2004
An extension of the array decomposition method for large finite-array analysis
. 38:323-328.
2003
A physical approach to generating time frequency distributions of dynamic CEM targets
. 35:186-189.
2002
Application of adaptive local cosine transform to detection and estimation of ultra-wideband signals through dispersive propagation channels
. 35:150-153.
2002
Incomplete LU preconditioner for FMM implementation
. 26:265-267.
2000
Incomplete LU preconditioner for FMM implementation
. 26:265-267.
2000
Modeling of cylindrical dielectric resonator antennas by the modal-expansion analysis
. 26:13-16.
2000
Authors' reply to ‘Comments on ‘A coaxial–radial line junction with a top loading disk for broadband matchings’ ”
. 24:361-361.
2000
Perfectly matched layer termination for finite-element meshes: Implementation and application
. 23:166-172.
1999
Perfectly matched layer termination for finite‐element meshes: Implementation and application
. 23:166-172.
1999
A coaxial-radial line junction with a top loading disk for broadband matchings
. 22:87-90.
1999
Guidelines for using the fast multipole method to calculate the rcs of large objects
. 11:190-194.
1996
Analysis of the large-signal characteristics of InP/ InGaAs-based optoelectronic preamplifiers
. 11:163-168.
1996
Special Issue on the 7th International Conference on Indium Phosphide and Related Materials
. 11:113-114.
1996
ISOMOM - A NEW METHOD FOR REDUCING STORAGE AND EXECUTION TIME OF MOMENT-METHOD SOLUTIONS IN ELECTROMAGNETICS
. 8:184-186.
1995
CONFORMAL ABSORBING BOUNDARY-CONDITIONS FOR THE VECTOR WAVE-EQUATION
. 6:886-889.
1993
A vector finite‐element analysis of complex modes in shielded microstrip lines
. 6:873-875.
1993
Diode multipliers for submillimeter‐wave InAlAs/InGaAs heterostructure monolithic integrated circuits
. 4:38-43.
1991
SELF-ASSEMBLED SILICON-BASED CLUSTERS TO DESIGN EFFICIENT, FAST, AND CONTROLLABLE FANO SWITCHES (vol 57, pg 1242, 2015)
2016
Comments on "A coaxial-radial line junction with a top loading disk for broadband matchings" - Reply
2000
CORRECTION TO CONFORMAL ABSORBING BOUNDARY-CONDITIONS FOR THE VECTOR WAVE-EQUATION (VOL 6, PG 8863, 1993)
1995
Research
category
ENGINEERING, ELECTRICAL & ELECTRONIC
Category
OPTICS
Category
Identifiers
International Standard Serial Number (ISSN)
0895-2477
Electronic International Standard Serial Number (EISSN)
1098-2760
Other
journal abbreviation
MICROW OPT TECHN LET