. Circular-array radar antenna : Pencil-beam forming and phasing techniques. Radar; Antennas (Electronics). 0 2 4 A 6 A 8 l(J 2 4 6 8 JO 2 A 4 /U \ 6 aA( A a / I / A / \ V / \ \ >, | 1 J \ \ A 1/ \ li K h A V A A 1 V U 1 h A. 1/ \ A A . M \ 1 11) \ J\J\J V J I III \— A 18 0° 15 D° 120° 9( ° 6C 0 30° 0° 30° 6t AZIMUTH ANGLE (°) o 9( o 12 )° 15 )° 18C Figure 15. SAMB matrix-array pattern, beam 7L, f0-. 30° 0° 30° AZIMUTH ANGLE (°) Figure 16. SAMB matrix-array pattern, beam 7L, f0. 18. Please note that these images are extracted from scanned page images that may have been digitally e
. Circular-array radar antenna : Pencil-beam forming and phasing techniques. Radar; Antennas (Electronics). 0 2 4 A 6 A 8 l(J 2 4 6 8 JO 2 A 4 /U \ 6 aA( A a / I / A / \ V / \ \ >, | 1 J \ \ A 1/ \ li K h A V A A 1 V U 1 h A. 1/ \ A A . M \ 1 11) \ J\J\J V J I III \— A 18 0° 15 D° 120° 9( ° 6C 0 30° 0° 30° 6t AZIMUTH ANGLE (°) o 9( o 12 )° 15 )° 18C Figure 15. SAMB matrix-array pattern, beam 7L, f0-. 30° 0° 30° AZIMUTH ANGLE (°) Figure 16. SAMB matrix-array pattern, beam 7L, f0. 18. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Provencher, J. H; Munger, A. D; Naval Electronics Laboratory Center. San Diego, Calif. : Naval Electronics Laboratory Center
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