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Intensity evaluation of bottom backscattering between high-frequency underwater acoustic instruments and its experimental validation

机译：高频水下声学仪器底部反向散射的强度评估及其实验验证

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Xuelei Feng; Xiyun Ge; Hongkun Zhou; Ningyang Wei;
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年度 2020
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1. Utilizing High-Frequency Acoustic Backscatter to Estimate Bottom Sand Ripple Parameters [J] . Tang D., Williams K. L., Thorsos E. I. Oceanic Engineering, IEEE Journal of . 2009,第4期

机译：利用高频声反向散射估计底沙纹波参数
2. Correlation of High-Frequency Acoustic Backscattering with Bottom Sediment Temperature in the Arctic Shelf [J] . V. I. Ioussoupov, A. S. Salomatin, I. P. Semiletov Doklady Earth Sciences . 2005,第5期

机译：北极层中高频声反向散射与底泥温度的相关性
3. Analysis of some problems in classification of seabed bottom characteristics using acoustic backscattering intensity [J] . FENG Jintao, BAO Jingyang, JIN Shaohua, E3S Web of Conferences . 2020,第10期

机译：用声反向散射强度分析海底底部特征分类中的一些问题
4. A low-cost calibration facility for high-frequency acoustic backscatter instruments [C] . Lemon D., Clarke M., Johnston P., OCEANS 2011 . 2011

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5. Underwater tracking of humpback whales (Megaptera novaeangliae) with high-frequency pingers and acoustic recording tags. [D] . Schmidt, Val E. 2008

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6. Batch Processing through Particle Swarm Optimization for Target Motion Analysis with Bottom Bounce Underwater Acoustic Signals [O] . Raegeun Oh, Taek Lyul Song, Jee Woong Choi 2020

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7. Development of Exploration Techniques for Underwater Sub-Bottom Stratal Structures Using Dynamic Swath Signal Stacking and a Depth-Varied Broad Bandpass Filter: Efficiency Evaluation Using a Low-Frequency Broadband Acoustic Source [O] . Fumitaka MAEDA, Akira ASADA, Shinichi TAKAGAWA, 2012

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8. Modeled High-Frequency Acoustic Backscattered Levels from Range-Independent andSimplistic Range-Dependent Sand Bottoms [R] . Savage, K. D., Meredith, R. W. 1996

机译：模拟高频声反向散射水平从范围无关和简单的范围相关的沙底

Intensity evaluation of bottom backscattering between high-frequency underwater acoustic instruments and its experimental validation

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