The configuration of an infinite planar conductive shield is examined when it is excited by an electromagnetic near field generated by a coil current source as that of a wireless power transfer (WPT) system. The analytical expressions of the electromagnetic field based on the transmission theory of shielding are given for different frequencies and different incidence angles of the near field generated by the coil current, assuming the conductive planar shield placed in the close proximity of the coil. The obtained results are discussed and compared with other traditional analytical and numerical solutions
Magnetic fields emitted by wireless power transfer systems are of high importance with respect to hu...
To meet the regulations established to limit human exposure to time-varying electromagnetic fields (...
The paper provides a parametric investigation on the magnetic field produced by a wireless power tra...
An active coil system is proposed to shield the magnetic field produced by a dynamic wireless power ...
In this article, we propose a near field analytical model of an electromagnetic interference reducti...
This paper deals with the shielding of the magnetic field generated by two planar coils of a wireles...
The wireless power transfer (WPT) system for electric vehicle (EV) typically has a pair of two magne...
This study deals with the optimization of a shielding structure composed by multiple active coils fo...
The shielding technique by active coils is proposed to mitigate the magnetic field produced by a wir...
The shielding technique by active coils is proposed to mitigate the magnetic field produced by a wir...
In this paper, we quantitatively investigated the undesirable effects of the automotive body on the ...
A developing technology called wireless power transfer (WPT) makes it possible to transmit electrica...
Wireless Power Transfer (WPT) has become a commercially viable technology. The technology uses the p...
In this paper, we proposed an optimized shield design for electromagnetic field (EMF) reduction from...
A comprehensive model of wireless power transfer (WPT) between a pair of inductively coupled loop re...
Magnetic fields emitted by wireless power transfer systems are of high importance with respect to hu...
To meet the regulations established to limit human exposure to time-varying electromagnetic fields (...
The paper provides a parametric investigation on the magnetic field produced by a wireless power tra...
An active coil system is proposed to shield the magnetic field produced by a dynamic wireless power ...
In this article, we propose a near field analytical model of an electromagnetic interference reducti...
This paper deals with the shielding of the magnetic field generated by two planar coils of a wireles...
The wireless power transfer (WPT) system for electric vehicle (EV) typically has a pair of two magne...
This study deals with the optimization of a shielding structure composed by multiple active coils fo...
The shielding technique by active coils is proposed to mitigate the magnetic field produced by a wir...
The shielding technique by active coils is proposed to mitigate the magnetic field produced by a wir...
In this paper, we quantitatively investigated the undesirable effects of the automotive body on the ...
A developing technology called wireless power transfer (WPT) makes it possible to transmit electrica...
Wireless Power Transfer (WPT) has become a commercially viable technology. The technology uses the p...
In this paper, we proposed an optimized shield design for electromagnetic field (EMF) reduction from...
A comprehensive model of wireless power transfer (WPT) between a pair of inductively coupled loop re...
Magnetic fields emitted by wireless power transfer systems are of high importance with respect to hu...
To meet the regulations established to limit human exposure to time-varying electromagnetic fields (...
The paper provides a parametric investigation on the magnetic field produced by a wireless power tra...