Untethered selectively actuated microwave 4D printing through ferromagnetic PLA
TY Koh, A Sutradhar - Additive Manufacturing, 2022 - Elsevier
We present a novel four-dimensional (4D) printing technique that uses microwave radiation
to achieve non-contact actuation on thermal activated shape-shifting structures. By …
to achieve non-contact actuation on thermal activated shape-shifting structures. By …
Modeling and minimization of the parasitic capacitances of single-layer toroidal inductors
High-frequency power converters need electromagnetic interferences filters using common
and differential mode chokes with low parasitic capacitance to comply with the …
and differential mode chokes with low parasitic capacitance to comply with the …
Continuous Beam Steering Realized by Tunable Ground in a Patch Antenna
A continuously steerable patch antenna employing liquid metal is presented. The proposed
antenna employs a novel tunable ground plane together with parasitic steering to steer the …
antenna employs a novel tunable ground plane together with parasitic steering to steer the …
Broadband inhomogeneous lens with conical radiation pattern
MM Taskhiri, S Fakhte - Scientific Reports, 2023 - nature.com
This manuscript presents a lens antenna with simultaneous broadside and conical beams.
The lens is designed for the Ku band using the ray inserting method. The proposed conical …
The lens is designed for the Ku band using the ray inserting method. The proposed conical …
A wide-range transmission line-based linear displacement sensor
AA Mustapha, OS Hassan, TD Ataro… - IEEE Sensors …, 2023 - ieeexplore.ieee.org
Accurate displacement measurement is critical for many applications. Recently, a variety of
radio frequency-based linear displacement sensing techniques were introduced. However …
radio frequency-based linear displacement sensing techniques were introduced. However …
High-Frequency Electromagnetic Behavior, Impedance Modeling, and Enhancement of Low-Permeability Powder Cores
In the high-frequency (HF) and high-power domain, powder cores have garnered significant
attention due to their high saturation levels and low temperature sensitivity. Accurate …
attention due to their high saturation levels and low temperature sensitivity. Accurate …
A new microwave cavity resonator sensor for measuring coating thickness on carbon fibre composites
Carbon fibre-reinforced polymer composites are widely used in modern aircraft structures for
the high stiffness-to-weight ratio. An aircraft's exterior is commonly applied with coatings for …
the high stiffness-to-weight ratio. An aircraft's exterior is commonly applied with coatings for …
Thickness-Independent Reference-Plane-Invariant Noniterative Permittivity Extraction of Low-Loss Solid Dielectric Samples by Combined Use of Frequency-and Time …
A novel noniterative microwave method is proposed for relative permittivity extraction of solid
samples using thickness-independent reference-plane-invariant (RPI) expressions. The …
samples using thickness-independent reference-plane-invariant (RPI) expressions. The …
Machine learning-enabled thickness estimation of thin coatings on carbon fibre composites using microwaves
Accurate thickness measurement of thin coatings (typically 50–500 μm) on carbon fibre-
reinforced polymer composites is a major challenge in the manufacturing and maintenance …
reinforced polymer composites is a major challenge in the manufacturing and maintenance …
Microwave cavity resonator sensor with an octagonal cross section for thickness measurement of coatings on carbon fibre composites
Manual painting is commonly conducted on an aircraft's exterior, and the coating thickness
should be within the allowable range. For quality control, the thickness requires accurate …
should be within the allowable range. For quality control, the thickness requires accurate …