Design and analysis of Ka-band hard-horn feeds for excitation of quasi-optical amplifiers have been performed. A computer program based on the mode-matching technique has been developed in order to determine the aperture field distribution for pyramidal hard horns. This program is used to perform parametric studies and to optimize hard-horn performance such as its bandwidth and efficiency. Simulation and measurement results for a 31-GHz hard-horn feed are presented
A spatial amplifier consisting of two stages, with each stage employing nine HEMT\u27s, has been dev...
A horn may be considered as a flared out waveguide. In this paper, a powerful electromagnetic simula...
A disk-on-rod inside a corrugated horn is one of the horn conflgurations for dual-frequency or wide-...
Design and analysis of Ka-band hard-horn feeds for excitation of quasi-optical amplifiers have been ...
Design and analysis of Ka-band hard-horn feeds for excitation of quasi-optical amplifiers have been ...
Measurement and analysis of hard horn feeds for excitation of quasi-optical amplifiers has been perf...
Measurement and simulation of hard horn feeds for the excitation of quasi-optical amplifiers has bee...
In this paper, a classical-type approach is used to analyze the hard horn antenna. The quasi-TEM mod...
In this report the performance of the hard horn antennas in a cluster-fed offset reflector system ...
A hybrid numerical technique is developed for electrically large pyramidal horn antennas radiating i...
In this thesis the author's work on the computational modelling and the experimental measurement of ...
This thesis explores the modeling, design, and fabrication of millimeter-wave quasi-integrated horn ...
The latest trend for the multimedia satellite systems is operation at the Ka-band, 17.7-20.2 GHz dow...
Traditionally, corrugated conical horn antennas have been the main choice for use in astronomical re...
We introduce a partly corrugated hard horn, consisting of a smooth-walled horn with an attached long...
A spatial amplifier consisting of two stages, with each stage employing nine HEMT\u27s, has been dev...
A horn may be considered as a flared out waveguide. In this paper, a powerful electromagnetic simula...
A disk-on-rod inside a corrugated horn is one of the horn conflgurations for dual-frequency or wide-...
Design and analysis of Ka-band hard-horn feeds for excitation of quasi-optical amplifiers have been ...
Design and analysis of Ka-band hard-horn feeds for excitation of quasi-optical amplifiers have been ...
Measurement and analysis of hard horn feeds for excitation of quasi-optical amplifiers has been perf...
Measurement and simulation of hard horn feeds for the excitation of quasi-optical amplifiers has bee...
In this paper, a classical-type approach is used to analyze the hard horn antenna. The quasi-TEM mod...
In this report the performance of the hard horn antennas in a cluster-fed offset reflector system ...
A hybrid numerical technique is developed for electrically large pyramidal horn antennas radiating i...
In this thesis the author's work on the computational modelling and the experimental measurement of ...
This thesis explores the modeling, design, and fabrication of millimeter-wave quasi-integrated horn ...
The latest trend for the multimedia satellite systems is operation at the Ka-band, 17.7-20.2 GHz dow...
Traditionally, corrugated conical horn antennas have been the main choice for use in astronomical re...
We introduce a partly corrugated hard horn, consisting of a smooth-walled horn with an attached long...
A spatial amplifier consisting of two stages, with each stage employing nine HEMT\u27s, has been dev...
A horn may be considered as a flared out waveguide. In this paper, a powerful electromagnetic simula...
A disk-on-rod inside a corrugated horn is one of the horn conflgurations for dual-frequency or wide-...