This work proposes an intercomparison of the electromagnetic energy absorption by different gender and conformation human body models, when exposed to high-intensity broadband signals devices. In order to obtain the best estimation of the actual whole-body averaged (WBA) SAR values, a realistic configuration has been simulated. It consists of a typical scenario in which an adult is carrying a backpack device with antennas placed close to his neck and shoulders. This kind of instrumentation is commonly used in military equipment as backpack systems for communication purposes
This paper presents the Specific Absorption Rates (SAR) in the human body with a monopole antenna. T...
Presented at the 7th Electronic Conference on Sensors and Applications, 15–30 November 2020; Availab...
International audienceThe assessment of the exposure to electromagnetic waves is nowadays a key ques...
This work proposes an intercomparison of the electromagnetic energy absorption by different gender a...
This study proposes an equation for estimating whole-body average specific absorption rate (WBSAR) i...
In the present work, we provide a methodology for dosimetry evaluation when a human body is exposed ...
Realistic numerical models of human subjects and of the surrounding environment represent the basic ...
In this paper we perform a safety assessment of portable self-protection, high-range and broadband e...
The demonstration of compliance with guidelines for human exposure to base-station antennas can be a...
The impact of wireless channel modeling on exposure to electromagnetic radiation is studied. Two met...
A new and fast numerical method is presented to assess the whole-body averaged specific absorption r...
In the past, the absorption of electromagnetic fields in a human body has been studied for a homogen...
To protect people from Electromagnetic Fields (EMF), ICNIRP has defined limits. The fundamental ones...
The safety aspects of the exposure of people to uniform plane waves in the frequency range from 900 ...
This research quantifies the effect of homogeneous and inhomogeneous body model on Specific Absorpti...
This paper presents the Specific Absorption Rates (SAR) in the human body with a monopole antenna. T...
Presented at the 7th Electronic Conference on Sensors and Applications, 15–30 November 2020; Availab...
International audienceThe assessment of the exposure to electromagnetic waves is nowadays a key ques...
This work proposes an intercomparison of the electromagnetic energy absorption by different gender a...
This study proposes an equation for estimating whole-body average specific absorption rate (WBSAR) i...
In the present work, we provide a methodology for dosimetry evaluation when a human body is exposed ...
Realistic numerical models of human subjects and of the surrounding environment represent the basic ...
In this paper we perform a safety assessment of portable self-protection, high-range and broadband e...
The demonstration of compliance with guidelines for human exposure to base-station antennas can be a...
The impact of wireless channel modeling on exposure to electromagnetic radiation is studied. Two met...
A new and fast numerical method is presented to assess the whole-body averaged specific absorption r...
In the past, the absorption of electromagnetic fields in a human body has been studied for a homogen...
To protect people from Electromagnetic Fields (EMF), ICNIRP has defined limits. The fundamental ones...
The safety aspects of the exposure of people to uniform plane waves in the frequency range from 900 ...
This research quantifies the effect of homogeneous and inhomogeneous body model on Specific Absorpti...
This paper presents the Specific Absorption Rates (SAR) in the human body with a monopole antenna. T...
Presented at the 7th Electronic Conference on Sensors and Applications, 15–30 November 2020; Availab...
International audienceThe assessment of the exposure to electromagnetic waves is nowadays a key ques...