J-15 CW transmission data analysis and comparison with simulation results

Yung-Sheng Chiu, Yan-Shiun Chen, Ying-Tsong Lin, Chi-Fang Chen
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引用次数: 0

Abstract

Data analysis and 3-D numerical simulations of the acoustic propagation in the ASIAEX SCS experiment are presented in this paper. During the experiment, personnel aboard the Taiwanese ocean research vessel, OR3, periodically deployed and towed the J-15-3 acoustic source to study the sound propagation in the ocean. One of the emitted waveforms was continuous wave (CW), which had 5 simultaneous 140, 260, 340, 452 and 560 Hz. Transmission losses of CW tones are obtained. As for numerical simulations, the wide-angle version of FOR3D is used to calculate transmission losses with background and measured sound speed profile containing internal tides. The model scenario includes also the sediment and 3-D bathymetry. Results of data analysis and numerical simulations show that TL variations in the data are due to the variations in the sediment and water columns.
J-15连续波传输数据分析与仿真结果对比
本文对ASIAEX SCS实验中的声波传播进行了数据分析和三维数值模拟。在实验期间,台湾海洋研究船OR3上的人员定期部署和拖曳J-15-3声源,以研究声音在海洋中的传播。其中一种发射波形为连续波(CW),同时有5个140、260、340、452和560 Hz。得到了连续波信号的传输损耗。在数值模拟方面,利用FOR3D的广角版本计算了包含内潮汐的背景声速剖面和实测声速剖面的传输损耗。模型场景还包括泥沙和三维测深。数据分析和数值模拟结果表明,数据的TL变化是由于沉积物和水柱的变化引起的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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