Physical properties, sound velocity and density of 95 core samples from ten locations along a transect (parallel to 15°N latitude) across the Bay of Bengal were measured. Results indicate that sound velocities range from 1,482 to 1,679 m/s (av: 1,583 m/s) and densities from 1,338 to 1,757 kg/m3 (av: 1,527 kg/m3). It has been observed that dark colored clays and sandy clays show higher values of sound velocity and density than the average values. A comparative study of the same with that of the sediment cores collected from the Norwegian basin, Mediterranean Sea, and Hatteras, Nares Abyssal plains, western North Atlantic Ocean was done
Estimating sound velocity in seabed sediment of shallow near-shore areas submerged after the Last Gl...
Not AvailableThe knowledge of the sound distribution in the sea is of importance in fathmetry and i...
Measurements of the velocity of sound were made on lake bottom samples obtained by gravity coring in...
Empirical relationships between compressional wave (sound) velocity and selected physical properties...
Compressional wave velocities, shear strength, and related physical properties were determined in tw...
17-20Sound speed computed from annual mean temperature and salinity data of Levitus reveals that spa...
The vertical sound velocity distribution in a section of Visakhapatnam in the Bay of Bengal has been...
The knowledge of the sound distribution in the sea is of importance in fathmetry and in sonar studi...
Seafloor sediments of different geographical areas in the southern South China Sea (continental shel...
We compared in situ and laboratory velocity and attenuation values measured in seafloor sediments fr...
Three expeditions to the Ontong-Java Plateau and the eastern equatorial Pacific obtained unusually g...
Additional data from sonobuoys and the Deep Sea Drilling Project (DSDP) justify separating sound‐vel...
The vertical structure of sound velocity has been presented. The depth-sound velocity curves are d...
235-245Methods to compute geometric path, travel time and intensity of sound rays were detailed foll...
Author Posting. © Acoustical Society of America, 1980. This article is posted here by permission of...
Estimating sound velocity in seabed sediment of shallow near-shore areas submerged after the Last Gl...
Not AvailableThe knowledge of the sound distribution in the sea is of importance in fathmetry and i...
Measurements of the velocity of sound were made on lake bottom samples obtained by gravity coring in...
Empirical relationships between compressional wave (sound) velocity and selected physical properties...
Compressional wave velocities, shear strength, and related physical properties were determined in tw...
17-20Sound speed computed from annual mean temperature and salinity data of Levitus reveals that spa...
The vertical sound velocity distribution in a section of Visakhapatnam in the Bay of Bengal has been...
The knowledge of the sound distribution in the sea is of importance in fathmetry and in sonar studi...
Seafloor sediments of different geographical areas in the southern South China Sea (continental shel...
We compared in situ and laboratory velocity and attenuation values measured in seafloor sediments fr...
Three expeditions to the Ontong-Java Plateau and the eastern equatorial Pacific obtained unusually g...
Additional data from sonobuoys and the Deep Sea Drilling Project (DSDP) justify separating sound‐vel...
The vertical structure of sound velocity has been presented. The depth-sound velocity curves are d...
235-245Methods to compute geometric path, travel time and intensity of sound rays were detailed foll...
Author Posting. © Acoustical Society of America, 1980. This article is posted here by permission of...
Estimating sound velocity in seabed sediment of shallow near-shore areas submerged after the Last Gl...
Not AvailableThe knowledge of the sound distribution in the sea is of importance in fathmetry and i...
Measurements of the velocity of sound were made on lake bottom samples obtained by gravity coring in...