rus
Issue #5/2025
S.S.Shavrin, O.Yu.Musatova
Analysis of the transport properties of hydroacoustic communication channels
Analysis of the transport properties of hydroacoustic communication channels
DOI: 10.22184/2070-8963.2025.129.5.36.41
The paper aim is to analyze water as a transmission medium influence on the transport properties of ultrasonic channels and their throughput potential development. The main destructive factors group influence on channel characteristics such as the energy budget, impulse response nonstationarity and its pre-correction effectiveness, the sound focusing tools using efficiency, the Doppler effect reveal and signal-code construction choice are being analyzed.
Tags: acoustic wave power flow density cavitation impulse response nonstationarity spectrum deformation деформация спектра кавитация нестационарность передаточной характеристики плотность потока мощности акустического сигнала
Subscribe to the journal Last Mile to read the full article.
The paper aim is to analyze water as a transmission medium influence on the transport properties of ultrasonic channels and their throughput potential development. The main destructive factors group influence on channel characteristics such as the energy budget, impulse response nonstationarity and its pre-correction effectiveness, the sound focusing tools using efficiency, the Doppler effect reveal and signal-code construction choice are being analyzed.
Tags: acoustic wave power flow density cavitation impulse response nonstationarity spectrum deformation деформация спектра кавитация нестационарность передаточной характеристики плотность потока мощности акустического сигнала
Subscribe to the journal Last Mile to read the full article.
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