A technique to measure the human skin emissivity in vivo is described for the frequency band 80–100 GHz. Emissivity measurements were performed on 60 participants, 35 males and 25 females, with ages ranging from 20 to 60 years. Results show that the emissivity of males is higher than that of females. The study suggests a trend in the emissivities with age and gender, which might be due to variations of skin thickness and water content. As non-contact screening is desirable in medical applications, passive millimeter-wave sensing could be a means of achieving this in the diagnosis of skin disease or damage, where the disease/damage alters the water content or the skin thickness
The increasing use of microwave and millimeter-wave radiation in communications and radar, neces sit...
This publication describes techniques and systems directed to classifying skin injury using a radar ...
The authors present transmission data, taken at Ka (36GHz) and W (95 GHz) bands in the millimetre-w...
A technique to measure the human skin emissivity in vivo is described for the frequency band 80–100 ...
A half-space electromagnetic model of human skin over the band 30–300 GHz was constructed and used ...
A half-space electromagnetic model of human skin over the band 30-300 GHz was constructed and used t...
© COPYRIGHT SPIE. Downloading of the abstract is permitted for personal use only. With the performan...
Due to changes in global security requirements attention is turning to new means by which anomalies ...
© 2020 by the authors. Licensee MDPI, Basel, Switzerland. The millimeter-wave band is an ideal part ...
Despite the rising interest in the human skin signature over the millimetre wave band there is relat...
© 2019 SPIE. Our recent studies in the human skin signatures indicate a strong correlation between t...
Background/pupose: Millimeter-wave reflectometry is a potentially interesting technique to analyze t...
Passive microwave radiometry (MWR) measures natural emissions in the range 1–10 GHz from proteins, c...
The increasing use of microwave and millimeter-wave radiation in communications and radar, neces sit...
This publication describes techniques and systems directed to classifying skin injury using a radar ...
The authors present transmission data, taken at Ka (36GHz) and W (95 GHz) bands in the millimetre-w...
A technique to measure the human skin emissivity in vivo is described for the frequency band 80–100 ...
A half-space electromagnetic model of human skin over the band 30–300 GHz was constructed and used ...
A half-space electromagnetic model of human skin over the band 30-300 GHz was constructed and used t...
© COPYRIGHT SPIE. Downloading of the abstract is permitted for personal use only. With the performan...
Due to changes in global security requirements attention is turning to new means by which anomalies ...
© 2020 by the authors. Licensee MDPI, Basel, Switzerland. The millimeter-wave band is an ideal part ...
Despite the rising interest in the human skin signature over the millimetre wave band there is relat...
© 2019 SPIE. Our recent studies in the human skin signatures indicate a strong correlation between t...
Background/pupose: Millimeter-wave reflectometry is a potentially interesting technique to analyze t...
Passive microwave radiometry (MWR) measures natural emissions in the range 1–10 GHz from proteins, c...
The increasing use of microwave and millimeter-wave radiation in communications and radar, neces sit...
This publication describes techniques and systems directed to classifying skin injury using a radar ...
The authors present transmission data, taken at Ka (36GHz) and W (95 GHz) bands in the millimetre-w...