1.
An extraction method of seabed reflection loss based on towed tilted line array
基于拖曳倾斜线列阵的海底反射损失提取方法
2.
Sea-bed acoustic parameters inversion by explosive sources and transmission loss
由爆炸声源及传播损失反演海底声学参数
3.
Uncertainty of Inverted Geoacoustics Parameters to Sound Transmission Loss Estimation
反演海底参数的不确定性对声传播损失预报的影响
4.
A geoacoustic inversion method based on bottom reflection signals
利用海底反射信号进行地声参数反演的方法
5.
Clinical observation on therapeutic effect of the pressing plantar reflex area with wooden needle for treatment of patients with insomnia
木针点按足底反射区为主治疗失眠疗效观察
6.
It erases the water bottom multiples from the record, but also any undesired energy.
尤其在海底地形崎岖地区，本方法较其他传统复反射摘除方法更能有效地消除海底复反射。
7.
This method is an extended application of the time space (T-X) domain dip filter combined with the residual migration.
为此我们提出一种简易的海底复反射消除方法。
8.
A sound made by taping on the hull of a ship will be reflected from the sea bottom .
轻叩船体发出的声响会从海底反射回来。
9.
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
10.
Prediction of High Frequency Bottom Backscattering Intensity Envelope
高频海底反向散射信号能量包络的预报
11.
Study on Frequency Characteristics of Effective Reflectance on Dissevered Seabed
强割裂海底区有效反射系数的频率特性研究
12.
CONTRAST BETWEEN TRAPS AT THE SHALLOW SUBBOTTOM DEPTH AND THE SEISMIC REFLECTION FEATURES OF SHALLOW GAS
海底浅层圈闭与浅层气地震反射特征对比
13.
Study of Characteristics and Suppression of High-Precision Seismic Exploration for Period-Varying Ghost and Reverberation in Paralic Zone;
滩浅海高精度地震勘探变周期虚反射和海底鸣震特征及压制研究
14.
The incurrence of damage or loss of a ship or a cargo at sea.
海损损失因海损使船货受损的情况
15.
refraction, diffraction, and reflection of ocean waves
海浪的折射、绕射和反射
16.
THE RECOGNITION OF THE SEABED REFLECTION SIGNAL AND THE AUTOMATIC PICKUP OF SEABED TOPOGRAPHY FROM THE ORIGINAL DATA OF SUB-BOTTOM PROFILE
浅地层剖面原始数据中海底反射信号的识别及海底地形的自动提取
17.
The sounds bounce off rock layers below the sea floor and are picked up by the phones.
声波从海底之下的岩层反射回来并由检波器接收。
18.
The loss of light by absorption and reflection within the telescope is not taken into account here.
这里没有考虑望远镜内部的吸收和反射造成的光线损失。