Roll plane radiation patterns of on-aircraft antennas are analyzed using high frequency solutions. Aircraft-antenna pattern performance in which the aircraft is modelled in its most basic form is presented. The fuselage is assumed to be a perfectly conducting elliptic cylinder with the antennas mounted near the top or bottom. The wings are simulated by arbitrarily many sided flat plates and the engines by circular cylinders. The patterns in each case are verified by measured results taken on simple models as well as scale models of actual aircraft
In order to improve tracking capability, radar transponder antennas will soon be mounted on the Shut...
Using the geometrical theory of diffraction, the traditional method of high frequency scattering ana...
The paper describes a procedure to analyze the statistical variation of the radiation pattern of a ...
The roll plane radiation patterns of on-aircraft antennas are analyzed using high frequency solution...
High frequency radiation patterns of aircraft wing mounted antennas are analyzed. Basic antenna type...
By blending together the roll and elevation plane high frequency solutions, a very efficient techniq...
A volumetric pattern analysis of fuselage-mounted airborne antennas at high frequencies was investig...
The objective is to develop an accurate and efficient analytic solution for predicting high frequenc...
The status of various efforts in support of the development of computer codes to analyze the radiati...
By blending together the roll and elevation plane high-frequency solutions, a very efficient techniq...
The geometrical theory of diffraction was used to analyze the elevation plane pattern of on-aircraft...
Numerical solutions for the radiation patterns of antennas mounted on aircraft are developed. The ai...
Progress on the development of modeling software, testing software against caclulated data from prog...
Progress on predicting the patterns of high-frequency antennas on aircraft and shuttles is reported....
Recording systems and other associated electronic equipment were engineered, calibrated, and used to...
In order to improve tracking capability, radar transponder antennas will soon be mounted on the Shut...
Using the geometrical theory of diffraction, the traditional method of high frequency scattering ana...
The paper describes a procedure to analyze the statistical variation of the radiation pattern of a ...
The roll plane radiation patterns of on-aircraft antennas are analyzed using high frequency solution...
High frequency radiation patterns of aircraft wing mounted antennas are analyzed. Basic antenna type...
By blending together the roll and elevation plane high frequency solutions, a very efficient techniq...
A volumetric pattern analysis of fuselage-mounted airborne antennas at high frequencies was investig...
The objective is to develop an accurate and efficient analytic solution for predicting high frequenc...
The status of various efforts in support of the development of computer codes to analyze the radiati...
By blending together the roll and elevation plane high-frequency solutions, a very efficient techniq...
The geometrical theory of diffraction was used to analyze the elevation plane pattern of on-aircraft...
Numerical solutions for the radiation patterns of antennas mounted on aircraft are developed. The ai...
Progress on the development of modeling software, testing software against caclulated data from prog...
Progress on predicting the patterns of high-frequency antennas on aircraft and shuttles is reported....
Recording systems and other associated electronic equipment were engineered, calibrated, and used to...
In order to improve tracking capability, radar transponder antennas will soon be mounted on the Shut...
Using the geometrical theory of diffraction, the traditional method of high frequency scattering ana...
The paper describes a procedure to analyze the statistical variation of the radiation pattern of a ...