在现代反潜、海洋水文和资源勘探测量中，拖曳线列阵声纳得到了越来越广泛的应用。
The towed array sonar is used extensively in modern antisubmarine, ocean geologic and resources surveying.
拖曳式线列阵声纳依靠其性能上的优势，已成为目前反潜战的重要装备，而拖线阵的波束形成则在其中起到了核心作用。
Towed line array sonar has become the important equipment in antisubmarine warfare by its advantage of configuration and characteristics, whereas beamforming plays an important role.
这些试验数据和分析结果，为线列声纳阵水下拖缆隔振段的设计提供了技术依据。
The experimental data and analysis results provide a technologic basis to design VIM of the underwater cable in towed array sonar.
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