Thermal radiation by the multilayered structure of the part of the body containing the kidney was modeled for adaptation of waveguide antennas developed for use in breast examination to use in urology. These calculations confirmed the possibility of using microwave radiometry to detect vesicoureteral reflux and other renal pathologies. © 2019, Springer Science+Business Media, LLC, part of Springer Nature
This paper describes the use of microwave radiometry for several diagnostic and therapeutic applicat...
This study aims at assessing the temperature distribution in kidney undergoing a two-antennae Microw...
Nearly 20 years ago the first papers appeared on biomedical applications of microwave radiometry, an...
The problems of designing a microwave radiometer for thermal monitoring of pelvic organs were consid...
Minimally invasive microwave thermal therapies are being developed for the treatment of small renal ...
The potential of microwave radiometry as a non-invasive probe for subsurface tissue temperature meas...
Microwave radiometry is based on measurement of the intrinsic electromagnetic irradiation of a patie...
The sensitivity of microwave radiometry for detecting subcutaneous targets was studied both experime...
This paper presents problems related to thermal radiation of human bodies in microwave range in aspe...
Microwave thermography has been used for the objective assessment of inflammation in the knee joints...
Microwave ablation is a promising treatment for kidney cancer. Accurate knowledge of the dielectric ...
The sensitivity of microwave radiometry for detecting subcutaneous targets was studied both experime...
The results of designing a printed ultra-wideband antenna intended for use as a part of a multichann...
Non-invasive thermal imaging and temperature measurement by microwave radiometry is investigated for...
Currently, there is growing interest among specialists in the use of non-invasive dose-free technolo...
This paper describes the use of microwave radiometry for several diagnostic and therapeutic applicat...
This study aims at assessing the temperature distribution in kidney undergoing a two-antennae Microw...
Nearly 20 years ago the first papers appeared on biomedical applications of microwave radiometry, an...
The problems of designing a microwave radiometer for thermal monitoring of pelvic organs were consid...
Minimally invasive microwave thermal therapies are being developed for the treatment of small renal ...
The potential of microwave radiometry as a non-invasive probe for subsurface tissue temperature meas...
Microwave radiometry is based on measurement of the intrinsic electromagnetic irradiation of a patie...
The sensitivity of microwave radiometry for detecting subcutaneous targets was studied both experime...
This paper presents problems related to thermal radiation of human bodies in microwave range in aspe...
Microwave thermography has been used for the objective assessment of inflammation in the knee joints...
Microwave ablation is a promising treatment for kidney cancer. Accurate knowledge of the dielectric ...
The sensitivity of microwave radiometry for detecting subcutaneous targets was studied both experime...
The results of designing a printed ultra-wideband antenna intended for use as a part of a multichann...
Non-invasive thermal imaging and temperature measurement by microwave radiometry is investigated for...
Currently, there is growing interest among specialists in the use of non-invasive dose-free technolo...
This paper describes the use of microwave radiometry for several diagnostic and therapeutic applicat...
This study aims at assessing the temperature distribution in kidney undergoing a two-antennae Microw...
Nearly 20 years ago the first papers appeared on biomedical applications of microwave radiometry, an...