Numerical solution of nonlinear synthesis problem of flat aperture with use of smoothing functional

P. Savenko, M. Tkach
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Abstract

One approach to the numerical solution of synthesis problem of antennas with flat radiating aperture according to the prescribed requirements to amplitude directivity pattern and presence of restrictions on norm of currents of excitation is stated. Nonuniqueness and branching of the solutions are characteristics of such class of problems. Finding the optimum solutions is reduced to investigation and numerical solution of Hammestein type nonlinear two-dimensional integral equation. Numerical algorithms for finding the branching lines and branch off solutions of this equation are constructed and justified. Numerical examples are given.
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平面孔径非线性综合问题的光滑泛函数值解
根据规定的振幅指向性图要求和激励电流范数限制,提出了一种求解平面辐射孔径天线综合问题的数值方法。解的非唯一性和分支性是这类问题的特征。将求最优解的过程简化为研究和求解哈米斯坦型二维非线性积分方程。构造了求解该方程分支线和分支解的数值算法,并进行了验证。给出了数值算例。
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