A dielectric probe for performing near-field imaging in the millimeter-wave band is presented. The probe consists of a rectangular slab of low-loss dielectric material which is metalized on two sides and sharpened to a point of approximately 20 μm. This structure forms a parallel-plate waveguide which offers broadband operation and strong field enhancement and localization at the tip with a spatial resolutions of λ/250. A method of exciting the probe using a metal rectangular cavity resonator is also described.</p
The near-field millimeter-wave imaging can be used as a non-invasive tool for the early detection of...
Cancer leads the main cause of death for the past 50 years and shows about 7 million cancer deaths w...
This final year project report studies the parameters for the design of the scattering dielectric pr...
A dielectric probe for performing near-field imaging in the millimeter-wave band is presented. The p...
We present an antenna-based approach to near-field imaging and spectroscopy, which can be used for b...
A resonant slit-type probe is proposed in this paper that can improve measurement sensitivity in mil...
A near-field millimeter-wave (mm-wave) imaging system has been designed and built in the 94-GHz rang...
Near field microwave imaging is based on transmitting a wave into a dielectric structure, which is l...
A dual probe system has been developed for conducting experiments at frequencies near 3 GHz. The sys...
We are reporting on a study of the near-field sensitivity and resolution of a metal-dielectric probe...
The paper describes the design and the numerical analysis of a new dielectric probe (DP) for non-inv...
The paper describes the design and the numerical analysis of a new dielectric probe (DP) for non-inv...
This dissertation presents an investigation on the capabilities of Near-Field Microwave Microscopy (...
Abstract Background In order to use the microwave to measure the dielectric constant of the human bo...
This dissertation presents an investigation on the capabilities of Near-Field Microwave Microscopy (...
The near-field millimeter-wave imaging can be used as a non-invasive tool for the early detection of...
Cancer leads the main cause of death for the past 50 years and shows about 7 million cancer deaths w...
This final year project report studies the parameters for the design of the scattering dielectric pr...
A dielectric probe for performing near-field imaging in the millimeter-wave band is presented. The p...
We present an antenna-based approach to near-field imaging and spectroscopy, which can be used for b...
A resonant slit-type probe is proposed in this paper that can improve measurement sensitivity in mil...
A near-field millimeter-wave (mm-wave) imaging system has been designed and built in the 94-GHz rang...
Near field microwave imaging is based on transmitting a wave into a dielectric structure, which is l...
A dual probe system has been developed for conducting experiments at frequencies near 3 GHz. The sys...
We are reporting on a study of the near-field sensitivity and resolution of a metal-dielectric probe...
The paper describes the design and the numerical analysis of a new dielectric probe (DP) for non-inv...
The paper describes the design and the numerical analysis of a new dielectric probe (DP) for non-inv...
This dissertation presents an investigation on the capabilities of Near-Field Microwave Microscopy (...
Abstract Background In order to use the microwave to measure the dielectric constant of the human bo...
This dissertation presents an investigation on the capabilities of Near-Field Microwave Microscopy (...
The near-field millimeter-wave imaging can be used as a non-invasive tool for the early detection of...
Cancer leads the main cause of death for the past 50 years and shows about 7 million cancer deaths w...
This final year project report studies the parameters for the design of the scattering dielectric pr...