Add to ORKGComputer runs were used to determine the effect of mechanical distortions on array pattern performance. Subarray gain data, along with feed network insertion loss, and insertion phase data were combined with the analysis of Ruze on random errors to predict gain of a full array
A comparative analysis was performed, using both the Geometrical Theory of Diffraction (GTD) and tra...
Critical parameters of the shuttle multispectral radar antenna (SMRA) which most affect antenna perf...
The feasibility of electromagnetically compensating for reflector surface distortions has been inves...
A novel beam expansion method is presented that requires employing only a few Characteristic Basis F...
The dimensional stability of the surface of a large reflector antenna is important when high gain or...
The report presents a procedure for the maximization of the expected signal-to-noise ratio improveme...
A simple procedure is described for determining the excitation coefficients of an array feed which c...
Tuner gain measurements of a multichannel receiver are reported. A linear regression model is used t...
A physical modeling method for the calculation of characteristic electromagnetic parameters of small...
In this paper, we statistically analyze the effect of hardware impairments on power pattern of anten...
Surface errors on parabolic reflector antennas degrade the overall performance of the antenna. The e...
Due to errors in the phase and amplitude of element excitations in an antenna array, the array radia...
The scanning performance of wide-angular scanning linear arrays is primarily degraded by the limited...
A method is proposed to predict the antenna array beam through employing a relatively small set of p...
The feasibility of electromagnetic compensation for reflector antenna surface distortions is investi...
A comparative analysis was performed, using both the Geometrical Theory of Diffraction (GTD) and tra...
Critical parameters of the shuttle multispectral radar antenna (SMRA) which most affect antenna perf...
The feasibility of electromagnetically compensating for reflector surface distortions has been inves...
A novel beam expansion method is presented that requires employing only a few Characteristic Basis F...
The dimensional stability of the surface of a large reflector antenna is important when high gain or...
The report presents a procedure for the maximization of the expected signal-to-noise ratio improveme...
A simple procedure is described for determining the excitation coefficients of an array feed which c...
Tuner gain measurements of a multichannel receiver are reported. A linear regression model is used t...
A physical modeling method for the calculation of characteristic electromagnetic parameters of small...
In this paper, we statistically analyze the effect of hardware impairments on power pattern of anten...
Surface errors on parabolic reflector antennas degrade the overall performance of the antenna. The e...
Due to errors in the phase and amplitude of element excitations in an antenna array, the array radia...
The scanning performance of wide-angular scanning linear arrays is primarily degraded by the limited...
A method is proposed to predict the antenna array beam through employing a relatively small set of p...
The feasibility of electromagnetic compensation for reflector antenna surface distortions is investi...
A comparative analysis was performed, using both the Geometrical Theory of Diffraction (GTD) and tra...
Critical parameters of the shuttle multispectral radar antenna (SMRA) which most affect antenna perf...
The feasibility of electromagnetically compensating for reflector surface distortions has been inves...