Measurement and 3d visualization of the human internal heat field by means of microwave radiometry

The possibility of non-invasive determination of the depth of the location and temperature of a cancer tumor in the human body by multi-frequency three-dimensional (3D) radiothermography is considered. The models describing the receiving of the human body’s own radiothermal field processes are presented. The analysis of the possibility of calculating the desired parameters based on the results of measuring antenna temperatures simultaneously in two different frequency ranges is performed. Methods of displaying on the monitor screen the three-dimensional temperature distribution of the subcutaneous layer of the human body, obtained as a result of data processing of a multi-frequency multichannel radiothermograph, are considered. The possibility of more accurate localization of hyperthermia focus caused by the presence of malignant tumors in the depth of the human body with multi-frequency volumetric radiothermography is shown. The results of the study of various methods of data interpolation for displaying the continuous intrinsic radiothermal field of the human body are presented. Examples of displaying the volumetric temperature distribution by the moving plane method based on digital models and the results of an experimental study of the thermal field of the human body and head are given. © 2021 by the authors. Licensee MDPI, Basel, Switzerland.

Авторы
Sidorov I.A.1 , Gudkov A.G.1 , Leushin V.Y.1 , Gorlacheva E.N.1 , Novichikhin E.P.2 , Agasieva S.V. 3
Журнал
Издательство
MDPI AG
Номер выпуска
12
Язык
Английский
Статус
Опубликовано
Номер
4005
Том
21
Год
2021
Организации
  • 1 RL Research Institute, Bauman Moscow State Technical University, Moscow, 105005, Russian Federation
  • 2 Fryazinsky Branch of the V. A. Kotelnikov IRE of the Russian Academy of Sciences, Moscow, 1141190, Russian Federation
  • 3 Academy of Engineering, RUDN University, Moscow, 117198, Russian Federation
Ключевые слова
3D visualization; Antenna-applicator; Interpolation; Malignant neo-plasm; Microwave radiothermograph; Non-invasive temperature measurement
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