Mathematical simulation of heat-exchange processes in a breast with a malignant tumor was carried out taking into account thermophysical properties of internal tissues. The results of calculation of the physical temperature in the breast and the brightness temperature for four antennas used in breast care are presented. The obtained results can be used in developing new medical antennas and radiometers with improved characteristics. © 2018, Springer Science+Business Media, LLC, part of Springer Nature
The paper presents problems connected with thermal radiation of human bodies in microwave range in a...
Breast cancer is a common and dreadful disease among women. Regular screening helps in its early det...
An improved algorithm for calculating the temperature and depth of a cancerous tumor in the depth of...
Mathematical simulation of heat-exchange processes in a breast with a malignant tumor was carried ou...
Microwave (MW) ablation is a strong tool that has been used in clinical therapy for numerous cancer ...
Electromagnetic thermal therapies for cancer treatment, such as microwave hyperthermia, aim to heat ...
Hyperthermia is one of the modalities for cancer treatment, utilizing the difference of thermal sens...
Heating the tumor tissue with an optimized amount of microwave energy is a promising combinational t...
Tissues have different electrical conductivity and metabolic energy consumption values depending on ...
The present work focuses on the integration of analytical and numerical strategies to investigate th...
This paper presents problems related to thermal radiation of human bodies in microwave range in aspe...
ABSTRACT Early detection is considered to be the best defense against breast cancer and imaging play...
It is quite challenging to describe heat transfer phenomena in living systems because of the involve...
Interest in breast imaging with electromagnetic fields in the microwave band has been mainly motiva...
We report in this work, the generation of a realistic simulation environment to test breast cancer m...
The paper presents problems connected with thermal radiation of human bodies in microwave range in a...
Breast cancer is a common and dreadful disease among women. Regular screening helps in its early det...
An improved algorithm for calculating the temperature and depth of a cancerous tumor in the depth of...
Mathematical simulation of heat-exchange processes in a breast with a malignant tumor was carried ou...
Microwave (MW) ablation is a strong tool that has been used in clinical therapy for numerous cancer ...
Electromagnetic thermal therapies for cancer treatment, such as microwave hyperthermia, aim to heat ...
Hyperthermia is one of the modalities for cancer treatment, utilizing the difference of thermal sens...
Heating the tumor tissue with an optimized amount of microwave energy is a promising combinational t...
Tissues have different electrical conductivity and metabolic energy consumption values depending on ...
The present work focuses on the integration of analytical and numerical strategies to investigate th...
This paper presents problems related to thermal radiation of human bodies in microwave range in aspe...
ABSTRACT Early detection is considered to be the best defense against breast cancer and imaging play...
It is quite challenging to describe heat transfer phenomena in living systems because of the involve...
Interest in breast imaging with electromagnetic fields in the microwave band has been mainly motiva...
We report in this work, the generation of a realistic simulation environment to test breast cancer m...
The paper presents problems connected with thermal radiation of human bodies in microwave range in a...
Breast cancer is a common and dreadful disease among women. Regular screening helps in its early det...
An improved algorithm for calculating the temperature and depth of a cancerous tumor in the depth of...