Acoustic turbidity caused by the presence of gas bubbles in seafloor sediments is a common
occurrence worldwide, but is as yet poorly understood. The Coastal Benthic Boundary Layer …

We compared in situ and laboratory velocity and attenuation values measured in seafloor
sediments from the shallow water delta of the Eel River, California. This region receives a …

Abstract Knowledge about the marine sediment acoustic properties is a key to
understanding wave propagation in sediments and is very important for military …

The sediment acoustic-speed measurement system is designed to measure in situ sediment
sound speed and attenuation within the surficial 3 m of sediments in the frequency band of 2 …

介绍了最新研制的基于液压驱动贯入的自容式海底沉积声学原位测量系统及其在南黄海中部
海底沉积声学调查中的应用. 该系统可以实现对海底沉积物声速和声衰减系数进行原位测量 …

Measuring the in situ acoustic properties of the sediments on continental slopes is essential
not only for model construction but also for sedimentary environment and slope stability …

Changes of in situ seismic attenuation with depth are estimated from full waveform acoustic
logs in a soft formation (rock with shear velocity less than borehole fluid velocity). The …

Sub-bottom sediment classifications have been widely used in marine science and
engineering to obtain high-resolution information on types of sediments; however, these are …

摘要为了能够精确地测量海底表层沉积物的声学参数, 自主研制了一种新型海底沉积物声学原位
测量系统, 与国内外传统的声学原位测量系统相比, 该系统能够实时显示声波波形 …

Shallow gas in the central part of the Korea Strait shelf mud (KSSM) off SE Korea, revealed
by Chirp and sparker profiles, is associated with acoustic blanking, acoustic turbidity …