Results of observation of low-frequency tone pulse reverberation in deep open ocean by means of the combined sensor are presented. As the experiment showed, net energy flux density vector of the echo-signal carries information on properties of scattering directionality. The paper shows that the energy flux density vector of the field of surface – scattered low-frequency sound has both random and regular contributions. The regular contribution can be identified as the diffraction spectrum of scattered sound that is in line with the theory developed by L. Brekhovskikh. Lifetime of regular orderly structures existing in surface roughness is no less than 96 s as the experiment proves. The surface roughness diffraction lattice is likely to be bu...
During multiple experiments in shallow water, low- frequency, narrowband acoustic tones were transmi...
A short-range experiment in shallow water has been performed to assess the various contributions to ...
http://deepblue.lib.umich.edu/bitstream/2027.42/4956/5/bac2407.0001.001.pdfhttp://deepblue.lib.umich...
Results of observation of low-frequency tone pulse reverberation in deep open ocean by means of the ...
The theoretical model of the distant sound reverberation in the ocean has been developed. The field-...
This research covers an experimental study of the scattering of underwater acoustic waves in a labor...
The rough and time-varying nature of the sea surface scatters sound in complex ways. The focus of th...
We consider the propagation into shallow water of low-frequency and low-order acoustic modes trapped...
Experimental results on energetic characteristics of low frequency (about 200 Hz) underwater channel...
Low frequency sea surface sound backscattering from ̴100 Hz to a few kHz observed from the 1960s [A,...
A model is presented for simulating bistatic short-range reverberation in shallow water, in order to...
Theoretical expressions are derived for the sound scattered at a time-dependent rough surface. The c...
In order to have a firm basis for the prediction of reverberation or back-scattering of sound in the...
The ultimate limits of long-range sonar are imposed by ocean variability and the ambient sound field...
The propagation of low frequency sound trapped in near-surface mixed layers of the ocean is investig...
During multiple experiments in shallow water, low- frequency, narrowband acoustic tones were transmi...
A short-range experiment in shallow water has been performed to assess the various contributions to ...
http://deepblue.lib.umich.edu/bitstream/2027.42/4956/5/bac2407.0001.001.pdfhttp://deepblue.lib.umich...
Results of observation of low-frequency tone pulse reverberation in deep open ocean by means of the ...
The theoretical model of the distant sound reverberation in the ocean has been developed. The field-...
This research covers an experimental study of the scattering of underwater acoustic waves in a labor...
The rough and time-varying nature of the sea surface scatters sound in complex ways. The focus of th...
We consider the propagation into shallow water of low-frequency and low-order acoustic modes trapped...
Experimental results on energetic characteristics of low frequency (about 200 Hz) underwater channel...
Low frequency sea surface sound backscattering from ̴100 Hz to a few kHz observed from the 1960s [A,...
A model is presented for simulating bistatic short-range reverberation in shallow water, in order to...
Theoretical expressions are derived for the sound scattered at a time-dependent rough surface. The c...
In order to have a firm basis for the prediction of reverberation or back-scattering of sound in the...
The ultimate limits of long-range sonar are imposed by ocean variability and the ambient sound field...
The propagation of low frequency sound trapped in near-surface mixed layers of the ocean is investig...
During multiple experiments in shallow water, low- frequency, narrowband acoustic tones were transmi...
A short-range experiment in shallow water has been performed to assess the various contributions to ...
http://deepblue.lib.umich.edu/bitstream/2027.42/4956/5/bac2407.0001.001.pdfhttp://deepblue.lib.umich...