Search Results - "Zangar, H"

Experimental Study of a 2-D Irregular Fractal-Jet Printed Antenna by Rmili, H., Floch, J.-M., Zangar, H.

“…In this letter, a two-dimensional (2-D) irregular fractal-jet printed antenna is designed and characterized. The measured return loss over the range 1-30 GHz…”
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Electrical Conductivity of Polypyrrole-Polymethylmethacrylate Composites Determined by Impedance Spectroscopy by Achour, M. E., Droussi, A., Zoulef, S., Gmati, F., Fattoum, A., Mohamed, A. Belhadj, Zangar, H.

“…Thermal properties of polypyrrole-polymethylmethacrylate (PPy-PMMA) composites are analyzed by differential scanning calorimetry (DSC). A decrease in the glass…”
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Radiofrequency and microwave (10 kHz-8 GHz) electrical properties of polypyrrole and polypyrrole-poly(methyl methacrylate) composites by Mohamed, A Bel Hadj, Miane, J L, Zangar, H

“…The complex permittivity ϵ = ϵ′ −j ϵ″ of polypyrrole (PPY) samples and polypyrrole–poly(methyl methacrylate) (PPY‐PMMA) composites is calculated from…”
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DESIGN OF MULTI AND WIDEBAND 3D FRACTAL MONOPOLE ANTENNA FOR WIRELESS OPERATIONS IN L- AND SBANDS by Rmili, Hatem, Miane, J.L., Floc'H, Jean Marie, Zangar, H.

“…In this article, a 3D multiband monopole fractal antenna was realized and characterized for radar and wireless communication operations. The fractal structure…”
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Design of multi and wideband 3D fractal monopole antenna for wireless operations in L- and S-bands by Rmili, Hatem, Miane, Jean-Louis, Floch, Jean-Marie, Zangar, Habib

“…In this article, a 3D multiband monopole fractal antenna was realized and characterized for radar and wireless communication operations. The fractal structure…”
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Microwave Conductivity Measurements of High Conductive Polyaniline Films by Rmili, Hatem, Miane, Jean-Louis, Olinga, Thomas E., Zangar, Habib

“…This article presents several techniques for determining the complex conductivity of highly electrically conducting polymer films at microwave frequencies. The…”
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Design of a planar reconfigurable band-rejected UWB antenna for multi-standard wireless communication systems by Ben Trad, I., Floch, J. M., Rmili, H., Drissi, M., Zangar, H.

“…A planar elliptic ultra wideband (UWB) antenna with reconfigurable band-stop performances was successfully designed and manufactured for multi-standard…”
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Compact, multifunctional, metamaterial-inspired monopole antenna by Dakhli, S., Mahdjoubi, K., Rmili, H., Floch, J. M., Zangar, H.

“…In this work, a family of multifunctional metamaterial-inspired antennas are designed, realized and measured. The basic structure consists of an…”
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Design of a dual-band rejected UWB printed monopole antenna by Ben Trad, Imen, Rmili, H, Floch, J, Zangar, H

“…A miniature printed rectangular monopole UWB antenna with two notched bands was successfully designed, realized, and measured for UWB applications in…”
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Design of planar mono-band rejected UWB CPW-Fed antennas for wireless communications by Ben Trad, Imen, Rmili, H., Floch, J., Zangar, H.

“…In this paper, two compact modified square-shaped ultra wideband (UWB) monopole antennas with band rejected capability using open slots and parasitic loop are…”
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Compact and multi-band metamaterial-inspired dipole antenna by Dakhli, S., Floch, J., Mahdjoubi, K., Rmili, H., Zangar, H.

“…In this work, two metamaterial-inspired antennas are studied. The proposed structure consists of a printed dipole antenna with two Split Ring Resonator (SRRs)…”
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Efficient, metamaterial-inspired loop-monopole antenna with shaped radiation pattern by Dakhli, S., Mahdjoubi, K., Floch, J., Rmili, H., Zangar, H.

“…A new family of metamaterial-inspired monopole antennas is reported. Split-ring resonator (SRR) is introduced into the near field region of a monopole antenna…”
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Design of an FP/EBG antenna with metamaterial PRS by Dakhli, S., Mahdjoubi, K., Floc'h, J-M, Rmili, H., Zangar, H.

“…FP/EBG antennas have received intensive attention and large investigations during the last decade. The development of such structure opened the field for real…”
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Experimental study of a 2D-irregular fractal-jet printed antenna by Rmili, H., Floch, J.-M., Zangar, H.

“…In this paper, a 2D irregular fractal-jet printed antenna is designed and characterized. The measured return loss over the range 1-30 GHz shows multiband…”
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