2022
DOI: 10.2528/pierc21122302
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Analysis of Uuv Whip Antenna Radiated Power and Optimal Working Frequency in Seawater Environment

Abstract: In order to analyze the working status of the underwater unmanned vehicle not fully surfaced, the optimal working frequency when the whip antenna radiates the maximum power is given. The input impedance of the antenna on the water is theoretically calculated. It is regarded as the load of the underwater part of the antenna, and the total input impedance of the whip antenna is obtained. The relationship between the antenna radiated power to the external field and the input power is analyzed, and the optimal ope… Show more

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Cited by 4 publications
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“…Some electromagnetic waves will be absorbed by seawater, but some will continue to travel. erefore, the attenuation of electromagnetic waves propagating on the surface of seawater at high sea state at this time will be [19].…”
Section: Multi-edge Peak Diffraction Modelmentioning
confidence: 99%
“…Some electromagnetic waves will be absorbed by seawater, but some will continue to travel. erefore, the attenuation of electromagnetic waves propagating on the surface of seawater at high sea state at this time will be [19].…”
Section: Multi-edge Peak Diffraction Modelmentioning
confidence: 99%