The problem of edge diffraction close to a point caustic is analyzed in a typical dual-reflector Gregorian antenna in offset configuration. The diffraction phenomenon is produced by a perfectly conducting fin located between the feeder and the main reflector. This fin is sometimes used to reduce the coupling between the primary feed and the main reflector. For the sake of simplicity, the two-dimensional case is studied here, but the present technique can also be applied to practical three-dimensional configurations. © 1997 John Wiley & Sons, Inc
The use of periodic structures to reduce interference from large reflecting surfaces is proposed. In...
Conformal applications require thin radiators and reflecting cavities for conformity and unidirectio...
In this paper, parametric analysis of isolated doubled edged hill diffraction loss based on rounded ...
The problem of edge diffraction close to a point caustic is analyzed in a typical dual-reflector Gre...
Designing shaped offset Gregorian reflector systems to operate with several interchangeable feed hor...
The electromagnetic effect of edges on the radiation pattern of horn and reflector type antennas is ...
Diffraction by slits and scattering by antennas with slits in their reflectors are investigated. A...
The offset Gregorian reflector system of the Square Kilometer Array (SKA) radio telescope is require...
In this paper comparison of Reflector Antenna analyzing techniques based on wave and ray nature of o...
2015 IEEE International Symposium on Antennas and Propagation & USNC/URSI National Radio Science Mee...
146 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1986.This thesis studies the secon...
Diffraction fields on the edge of a cylindrical parabolic reflector antenna are examined. Firstly ca...
We present an analysis on the performance of the Cassegrain and Gregorian on-axis, off-axis and offs...
Most solutions for electromagnetic wave diffraction by obstacles and apertures assume plane wave inc...
The offset Gregorian reflector system of the SquareKilometer Array radio telescope is required to op...
The use of periodic structures to reduce interference from large reflecting surfaces is proposed. In...
Conformal applications require thin radiators and reflecting cavities for conformity and unidirectio...
In this paper, parametric analysis of isolated doubled edged hill diffraction loss based on rounded ...
The problem of edge diffraction close to a point caustic is analyzed in a typical dual-reflector Gre...
Designing shaped offset Gregorian reflector systems to operate with several interchangeable feed hor...
The electromagnetic effect of edges on the radiation pattern of horn and reflector type antennas is ...
Diffraction by slits and scattering by antennas with slits in their reflectors are investigated. A...
The offset Gregorian reflector system of the Square Kilometer Array (SKA) radio telescope is require...
In this paper comparison of Reflector Antenna analyzing techniques based on wave and ray nature of o...
2015 IEEE International Symposium on Antennas and Propagation & USNC/URSI National Radio Science Mee...
146 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1986.This thesis studies the secon...
Diffraction fields on the edge of a cylindrical parabolic reflector antenna are examined. Firstly ca...
We present an analysis on the performance of the Cassegrain and Gregorian on-axis, off-axis and offs...
Most solutions for electromagnetic wave diffraction by obstacles and apertures assume plane wave inc...
The offset Gregorian reflector system of the SquareKilometer Array radio telescope is required to op...
The use of periodic structures to reduce interference from large reflecting surfaces is proposed. In...
Conformal applications require thin radiators and reflecting cavities for conformity and unidirectio...
In this paper, parametric analysis of isolated doubled edged hill diffraction loss based on rounded ...