A description of the sea floor with respect to underwater acoustic transmission giving rise to reflection and scattering is studied. The plane wave reflection coefficients and scattering coefficients are estimated from the topographic features of the floor and the physical properties of the sediments. A bottom loss model for an area off west coast of India is presented
Detailed information about the oceanic environment is essential for many applications in the field o...
The acoustic response of the ocean bottom to a probing pulse is a complex and complicated process. T...
This is a study of the interaction effects of the dual frequency (210 and 33 kHz) backscatter signal...
A description of the sea floor with respect to underwater acoustic transmission giving rise to refle...
A description of the sea floor with respect to underwater acoustic transmission giving rise to refle...
A description of the sea floor with respect to underwater acoustic transmission giving rise to refle...
A description of the sea floor with respect to underwater acoustic transmission giving rise to refle...
A description of the sea floor with respect to underwater acoustic transmission giving rise to refle...
The objective of this investigation was to measure bottom loss in normal incident reflection of puls...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Geology and Geophysics, 1964.Vita.I...
A roughened seafloor may be expected to scatter incident sound at non-specular angles, but also to r...
A roughened seafloor may be expected to scatter incident sound at non-specular angles, but also to r...
The results of the numerical simulation of acoustic wave scattering from rough and attenuating sea b...
Multi-path interference is often considered when modelling propagation of underwater sounds from sou...
The necessary actions connected with interpretations of examining of physical properties of sea bott...
Detailed information about the oceanic environment is essential for many applications in the field o...
The acoustic response of the ocean bottom to a probing pulse is a complex and complicated process. T...
This is a study of the interaction effects of the dual frequency (210 and 33 kHz) backscatter signal...
A description of the sea floor with respect to underwater acoustic transmission giving rise to refle...
A description of the sea floor with respect to underwater acoustic transmission giving rise to refle...
A description of the sea floor with respect to underwater acoustic transmission giving rise to refle...
A description of the sea floor with respect to underwater acoustic transmission giving rise to refle...
A description of the sea floor with respect to underwater acoustic transmission giving rise to refle...
The objective of this investigation was to measure bottom loss in normal incident reflection of puls...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Geology and Geophysics, 1964.Vita.I...
A roughened seafloor may be expected to scatter incident sound at non-specular angles, but also to r...
A roughened seafloor may be expected to scatter incident sound at non-specular angles, but also to r...
The results of the numerical simulation of acoustic wave scattering from rough and attenuating sea b...
Multi-path interference is often considered when modelling propagation of underwater sounds from sou...
The necessary actions connected with interpretations of examining of physical properties of sea bott...
Detailed information about the oceanic environment is essential for many applications in the field o...
The acoustic response of the ocean bottom to a probing pulse is a complex and complicated process. T...
This is a study of the interaction effects of the dual frequency (210 and 33 kHz) backscatter signal...