International audienceWe investigate here the capabilities of a 400-element reconfigurable transmitarray antenna to synthesize monopulse radiation patterns for radar applications in X -band. The generation of the sum (Σ) and difference ( Δ ) patterns are demonstrated both theoretically and experimentally for broadside as well as tilted beams in different azimuthal planes. Two different feed configurations have been considered, namely, a single focal source and a four-element focal source configuration. The latter enables the simultaneous generation of a Σ - and two Δ -patterns in orthogonal planes, which is an important advantage for tracking applications with stringent requirements in speed and accuracy. © 1963-2012 IEEE
This paper shows the design of a radial line slot antenna for Space Debris Radar Applications. The m...
Abstract The traditional four‐channel monopulse two‐target resolution algorithm can only apply to ph...
International audienceThe synthesis of the optimal excitations of the sum and the difference pattern...
International audienceWe investigate here the capabilities of a 400-element reconfigurable transmita...
International audienceIn this contribution, we investigate the synthesis of E- and A-patterns with a...
Abstract An approach for the synthesis of sum and difference patterns in monopulse antennas is descr...
In this study, a broadband planar multilayer monopulse antenna at the X-band for monopulse tracking ...
The design of a monopulse microstrip wire grid antenna array is presented with simultaneously low si...
In monopulse radar antennas, the synthesizing process of the sum and difference patterns must be fas...
This paper presents the design, fabrication and testing of a modulated metasurface antenna for monop...
International audienceA uniplanar microstrip antenna, finding application in monopulse radars, is pr...
This paper presents a design for a monopulse reflector antenna with asymmetric beamwidths for radar ...
The combined reflector-lens antenna having the common monopulse feed system is proposed for changing...
In this paper an investigation of the effects of the sequential rotation technique on the sum and di...
Radial line slot arrays (RLSAs) are well suited to be used in monopulse radar systems. The excitatio...
This paper shows the design of a radial line slot antenna for Space Debris Radar Applications. The m...
Abstract The traditional four‐channel monopulse two‐target resolution algorithm can only apply to ph...
International audienceThe synthesis of the optimal excitations of the sum and the difference pattern...
International audienceWe investigate here the capabilities of a 400-element reconfigurable transmita...
International audienceIn this contribution, we investigate the synthesis of E- and A-patterns with a...
Abstract An approach for the synthesis of sum and difference patterns in monopulse antennas is descr...
In this study, a broadband planar multilayer monopulse antenna at the X-band for monopulse tracking ...
The design of a monopulse microstrip wire grid antenna array is presented with simultaneously low si...
In monopulse radar antennas, the synthesizing process of the sum and difference patterns must be fas...
This paper presents the design, fabrication and testing of a modulated metasurface antenna for monop...
International audienceA uniplanar microstrip antenna, finding application in monopulse radars, is pr...
This paper presents a design for a monopulse reflector antenna with asymmetric beamwidths for radar ...
The combined reflector-lens antenna having the common monopulse feed system is proposed for changing...
In this paper an investigation of the effects of the sequential rotation technique on the sum and di...
Radial line slot arrays (RLSAs) are well suited to be used in monopulse radar systems. The excitatio...
This paper shows the design of a radial line slot antenna for Space Debris Radar Applications. The m...
Abstract The traditional four‐channel monopulse two‐target resolution algorithm can only apply to ph...
International audienceThe synthesis of the optimal excitations of the sum and the difference pattern...