1.
bottom side-scan sonar with a parametric profilograph
装有参量剖面测量仪的侧扫海底声纳
2.
Scattering Cell Division and Modeling for Bottom Reverberation in Bistatic Sonar
双基地声纳海底混响面元划分与建模
3.
Seafloor Sediments Classification of Side-Scan Sonar Imagery in Fast Discrete Curvelet Transform Domain
曲波变换域侧扫声纳图像海底底质分类
4.
Sub-Seafloor Buried Reflectors Imaged by Low Frequency Active Sonar
通过低频有源声纳进行海底潜伏反射物成像
5.
Measuring Bottom of Sea Target with Side Scan Sonar and Multibeam Sounding System
侧扫声纳和多波束测深系统组合探测海底目标
6.
Fusing and Classifying Multi-beam Sonar and Side-scan Sonar Data;
多波束和侧扫声纳数据融合及其在海底底质分类中的应用
7.
For an undersea vehicle, however, a special network of sonar must be laid out in advance on the ocean floor in the sea of a dive to locate the vehicle's position.
然而对于海底潜艇来说，必须预先在潜水区海底设置一种特别的声纳系统方可确定它的位置。
8.
Since we now have television and sonar, we are able to examine the bottom of the sea quite well.
由于我们现在有电视和声纳，我们就能够很好地研究海洋底部了。
9.
Statistical Characteristic Analysis of Seabed Reverberation in High Resolution Sonar and Research on Anti-reverberation Method
高分辨率声纳海底混响统计特性分析及抑制技术研究
10.
A novel submarine optical fiber cable monitoring system based on BOTDR and sonar is proposed, and the method of measurement is also discussed.
文章提出了一种新的基于BOTDR和声纳的海底光缆事件监测系统,并讨论了其测量方法。
11.
If there were no sonar and other electronic devices, scientists would find it impossible to explore the deep sea bottoms.
如果没有声纳和其它电子装置，科学家就会发现勘察海底是不可能的。
12.
A Study on Classification of Surficial Shallow-Water Sediments Based on Acoustical Phase-Plane Method;
基于相平面的声学方法浅海海底底质分类研究
13.
Research on Techniques of Bottom Parameters Acquirement in Shallow Water
浅海环境下海底声参数获取技术研究
14.
Research of Acoustic Properties and In-situ Measurement Method of Seafloor Sediments;
海底底质声学性质及原位测量技术研究
15.
Research on Acoustical Detection of Seabed Sediment with Multi-beam Sonar
海底底质多波束声学方法探测技术研究
16.
In Situ Acoustic Experiment and Properties Study in Marine Sediments;
海底沉积物声学原位测试和特性研究
17.
In situ acoustic measurement technique of superficial marine sediments
海底表层沉积物声参数原位测量技术
18.
Study on the Acoustic Field of Line-focusing Ultrasonic Transducer Used in Seabed Pipeline Detection
海底管道检测用线聚焦超声探头声场研究