Add to ORKGA hybrid method is proposed for specific absorption rate analysis in a human body located in the near field of typical GSM base-station panel antenna. The method combines FDTD technique with analytical description of the near field of isolated antenna. The approximate results are found to be in excellent agreement with the results obtained by using the traditional FDTD. The most important advantage of proposed approach is minimization of computer memory requirements and computation time
Investigations into the possible health effects of mobile phone emissions, particularly as the phone...
Nowadays, cellular phone becomes a necessity for human being due to its mobility, small size and us...
The procedure that is required to ensure that the effect of the mobile antenna on the handset can be...
A procedure for computational dosimetry to verify safety standards compliance of mobile communicatio...
The system analysis of specific absorption rate (SAR) in human body exposed to a base station antenn...
A procedure for computational dosimetry to verify safety standards compliance of mobile communicatio...
This work focuses on the evaluation of power absorption in a human body exposed to the field emitted...
For the computation of the exposure of workers to radiated fields of base station antennas a procedu...
A simple and efficient method for evaluation of near field of the GSM base station antennas in urban...
The remarkable growth of telecommunication industry resulted in boost in the number of cell-phone us...
The demonstration of compliance with guidelines for human exposure to base-station antennas can be a...
In this study we have employed an effective technique for dosimetric analyses of base station antenn...
In this paper, personal electromagnetic field exposure of the general public due to 12 different rad...
Abstract: Exposure to radio frequency electromagnetic fields has raised scientific and public concer...
With the recent explosive increase of the use of mobile communication handsets, there has been a gro...
Investigations into the possible health effects of mobile phone emissions, particularly as the phone...
Nowadays, cellular phone becomes a necessity for human being due to its mobility, small size and us...
The procedure that is required to ensure that the effect of the mobile antenna on the handset can be...
A procedure for computational dosimetry to verify safety standards compliance of mobile communicatio...
The system analysis of specific absorption rate (SAR) in human body exposed to a base station antenn...
A procedure for computational dosimetry to verify safety standards compliance of mobile communicatio...
This work focuses on the evaluation of power absorption in a human body exposed to the field emitted...
For the computation of the exposure of workers to radiated fields of base station antennas a procedu...
A simple and efficient method for evaluation of near field of the GSM base station antennas in urban...
The remarkable growth of telecommunication industry resulted in boost in the number of cell-phone us...
The demonstration of compliance with guidelines for human exposure to base-station antennas can be a...
In this study we have employed an effective technique for dosimetric analyses of base station antenn...
In this paper, personal electromagnetic field exposure of the general public due to 12 different rad...
Abstract: Exposure to radio frequency electromagnetic fields has raised scientific and public concer...
With the recent explosive increase of the use of mobile communication handsets, there has been a gro...
Investigations into the possible health effects of mobile phone emissions, particularly as the phone...
Nowadays, cellular phone becomes a necessity for human being due to its mobility, small size and us...
The procedure that is required to ensure that the effect of the mobile antenna on the handset can be...