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Given the array of Fig. 6.1(a) and (b), find the nulls of the total field when d=1/4 and then with d=1/2 and: by using this equation: E. = cos e coslkd cos e + P)) (a) B=0 , (b) B=n/2 di2 d/2 02. d/2 d/2 (a) Two infinitesimal dipoles (h) Far-field obervatinne Fig. 6-1 Geometry of a two-element array positioned along the z-axis.

Given the array of Fig. 6.1(a) and (b), find the nulls of the total field when d=1/4 and then with d=1/2 and: by using this equation: E. = cos e coslkd cos e + P)) (a) B=0 , (b) B=n/2 di2 d/2 02. d/2 d/2 (a) Two infinitesimal dipoles (h) Far-field obervatinne Fig. 6-1 Geometry of a two-element array positioned along the z-axis.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Antennas and propagation
Given the array of Fig. 6.1(a) and (b), find the nulls of the total field when d=1/4 and then with d=1/2 and: (a) B=0 , (b) B=n/2 by using this equation: = cos e coskd cos e+ P)] COs d/2 d/2 to d/2 d/2 (a) Two infinitesimal dipoles (h) Far-field observations Fig. 6-1 Geometry of a two-element array positioned along the z-axis.
Transcribed Image Text:Given the array of Fig. 6.1(a) and (b), find the nulls of the total field when d=1/4 and then with d=1/2 and: (a) B=0 , (b) B=n/2 by using this equation: = cos e coskd cos e+ P)] COs d/2 d/2 to d/2 d/2 (a) Two infinitesimal dipoles (h) Far-field observations Fig. 6-1 Geometry of a two-element array positioned along the z-axis.
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