Search Results - "Leye, P. O."

VLF waves at satellite altitude to investigate Earth electrical conductivity by Leye, P. O., Tarits, P.

“…At and near the Earth surface, electromagnetic (EM) fields radiated from VLF transmitters are commonly used in geological exploration to determine the shallow…”
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Application of Gaussian beam summation method in high-frequency RCS of complex radar targets by Leye, P. O., Khenchaf, A., Pouliguen, P.

“…Caustics problem is inherent to classical high frequency approximation such Geometrical Optics (GO), Geometric Theory of Diffraction (GTD), Uniform Theory of…”
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RCS complex target, Gaussian beam summation method by Leye, P. O., Khenchaf, A., Pouliguen, P.

“…Gaussian beams are asymptotic solutions of the Helmholtz equation within the paraxial approximation. As the amplitude distribution of these solutions along the…”
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Full X-band permittivity characterisation with a TE01 transmission / reflection system by Toit, L.J.Du, Klink, D. G., Leye, P. O., Kasmi, C.

“…We present a prototype mode-converter from transverse electromagnetic (TEM) in the coaxial domain to TE01 in a smooth-walled circular waveguide. Two of these…”
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RCS of Radar Targets using Gaussian Beam Summation Method. Experimental Evaluation by Ghanmi, H., Khenchaf, A., Pouliguen, P., Leye, P.O.

“…We present an experimental validation of the numerical simulations of RCS using Gaussian Beam Summation method (GBS) in X band. In the high-frequency…”
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Study of RCS of complex target: Experimental measurements and Gaussian beam summation method by Ghanmi, H., Khenchaf, A., Leye, P. O., Pouliguen, P.

“…This paper presents a numerical and experimental study of RCS of canonical and complex targets using Gaussian Beam Summation (GBS) method. The purposed GBS…”
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Gaussian beam summation method vs. Gaussian beam launching in high-frequency RCS of complex radar targets by Leye, P. O., Khenchaf, A., Pouliguen, P.

“…The problem of Gaussian beam propagation is of significant interest for many physical disciplines, including optics, geophysics, and acoustics. Individual…”
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