rus
Issue #1/2026
S. Yan
METHODOLOGY FOR DESIGNING TRANSDUCING DEVICES FOR MONITORING POLARIZATION CHARACTERISTICS FOR MICROWAVE GUIDING SYSTEMS
METHODOLOGY FOR DESIGNING TRANSDUCING DEVICES FOR MONITORING POLARIZATION CHARACTERISTICS FOR MICROWAVE GUIDING SYSTEMS
DOI: 10.22184/1992-4178.2026.253.1.112.115
A mathematical model of transformation of the polarization vector of an electromagnetic wave in cascaded stripline structures has been developed. Its computational efficiency is 127 times higher than that of numerical methods used for calculating a 7-layer structure. The model is intended for the design of precision microwave polarization devices.
Tags: anisotropy cascaded stripline structures jones matrix mathematical model microwave polarization генетический алгоритм методика проектирования многокритериальная оптимизация неразрушающий контроль свч-направляющие системы
Subscribe to the journal Electronics: STB to read the full article.
A mathematical model of transformation of the polarization vector of an electromagnetic wave in cascaded stripline structures has been developed. Its computational efficiency is 127 times higher than that of numerical methods used for calculating a 7-layer structure. The model is intended for the design of precision microwave polarization devices.
Tags: anisotropy cascaded stripline structures jones matrix mathematical model microwave polarization генетический алгоритм методика проектирования многокритериальная оптимизация неразрушающий контроль свч-направляющие системы
Subscribe to the journal Electronics: STB to read the full article.
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