ABSTRACT – In this paper we propose a further improvement of the cavity model. We paid our attention especially on the expressions of the radiated fields Eθ Eϕ and on the variation of the input impedance as a function of the frequency and the feed point. We have compared the results obtained with the cavity model and our model for different patch antennas
Electromagnetic coupling effects on the antenna in a conducting cavity are studied theoretically and...
In this paper the three different shapes for microstrip antennas had been analyzed in great detail t...
Cavity-backed slot antennas are experiencing a revival because of the ever-increasing need for low-p...
In this communication we propose a further improvement of the cavity model for microstrip antennas, ...
International audienceThe cavity model is a widespread empirical approach for the numerical simulati...
A mathematical model is derived which relates the impedance of a cavity-backed slot antenna to that ...
An accuracy improvement procedure for microstrip patch antenna design is presented. The classical ca...
The cavity model has been modified to account for the impedance boundary condition at the edges of ...
We present a simple model for the analysis of microstrip antennas. The fields in the cavity are foun...
International audienceThe cavity model is a wide-spread powerful empirical approach for the numerica...
We present an improved model for antennas in a reverberation chamber. The derivation of this model i...
Microstrip ring antennas deserve special attention because they can yield a larger bandwidth compare...
International audienceThis paper presents an original method for the analytical computation of a non...
The analysis of the radiation characteristics of a rectangular aperture in a perfectly conducting pl...
Although optical antennas with a variety of shapes and for a variety of applications have been propo...
Electromagnetic coupling effects on the antenna in a conducting cavity are studied theoretically and...
In this paper the three different shapes for microstrip antennas had been analyzed in great detail t...
Cavity-backed slot antennas are experiencing a revival because of the ever-increasing need for low-p...
In this communication we propose a further improvement of the cavity model for microstrip antennas, ...
International audienceThe cavity model is a widespread empirical approach for the numerical simulati...
A mathematical model is derived which relates the impedance of a cavity-backed slot antenna to that ...
An accuracy improvement procedure for microstrip patch antenna design is presented. The classical ca...
The cavity model has been modified to account for the impedance boundary condition at the edges of ...
We present a simple model for the analysis of microstrip antennas. The fields in the cavity are foun...
International audienceThe cavity model is a wide-spread powerful empirical approach for the numerica...
We present an improved model for antennas in a reverberation chamber. The derivation of this model i...
Microstrip ring antennas deserve special attention because they can yield a larger bandwidth compare...
International audienceThis paper presents an original method for the analytical computation of a non...
The analysis of the radiation characteristics of a rectangular aperture in a perfectly conducting pl...
Although optical antennas with a variety of shapes and for a variety of applications have been propo...
Electromagnetic coupling effects on the antenna in a conducting cavity are studied theoretically and...
In this paper the three different shapes for microstrip antennas had been analyzed in great detail t...
Cavity-backed slot antennas are experiencing a revival because of the ever-increasing need for low-p...
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