Developed experimental facility allows one to generate acoustic pressure within the intervals from 105 to 106 Pa with an affective system of matching layers of bottom, water and ice. Theoretical and experimental investigations showed the possibility of information transfer in a shallow sea under an ice layer. Experimental acoustic system allows one to make measurements in a wide frequency range from 40 to 1100 Hz. The conducted investigation can be used to develop effective remote communication and to model earthquake acoustic precursor measurements
The Philippine Sea Plate and Pacific Plate are subducting under the Japanese Islands. Large earthqua...
Ocean observatories have the potential to examine the physical, chemical, biological, and geological...
Ocean acoustic propagation and reverberation in continental shelf regions is often controlled by the...
A mathematical model was developed to calculate acoustic wave in a shallow sea under an ice layer fo...
An adjustable pneumatic generator of acoustic signals with shock excitation was developed. Measuring...
Seismo-acoustic techniques are increasingly being used in civil engineering site investigations, not...
International audienceIn view to application of sound transmission through the sea surface, the main...
FOREWORD The experimental seismo-acoustic probe system reported herein and delivered under Contract ...
International audienceLaboratory experiments in underwater acoustics aim at the validation of theore...
Laboratory experiments in underwater acoustics aim at the validation of theoretical acoustic propaga...
Marine seismic acquisition is the most commonly used geophysical technique to image the subsurface f...
ABSTRACT: In-plane dynamic fracture jumps and acoustic emissions in sea ice floes of different sizes...
The results of the studies of excitation and propagation of low-frequency acoustic fields in a shall...
Marine multichannel seismic (MCS) data, used to obtain structural reflection images of the Earth’s s...
A major high-frequency sediment acoustics experiment was conducted in shallow waters of the northeas...
The Philippine Sea Plate and Pacific Plate are subducting under the Japanese Islands. Large earthqua...
Ocean observatories have the potential to examine the physical, chemical, biological, and geological...
Ocean acoustic propagation and reverberation in continental shelf regions is often controlled by the...
A mathematical model was developed to calculate acoustic wave in a shallow sea under an ice layer fo...
An adjustable pneumatic generator of acoustic signals with shock excitation was developed. Measuring...
Seismo-acoustic techniques are increasingly being used in civil engineering site investigations, not...
International audienceIn view to application of sound transmission through the sea surface, the main...
FOREWORD The experimental seismo-acoustic probe system reported herein and delivered under Contract ...
International audienceLaboratory experiments in underwater acoustics aim at the validation of theore...
Laboratory experiments in underwater acoustics aim at the validation of theoretical acoustic propaga...
Marine seismic acquisition is the most commonly used geophysical technique to image the subsurface f...
ABSTRACT: In-plane dynamic fracture jumps and acoustic emissions in sea ice floes of different sizes...
The results of the studies of excitation and propagation of low-frequency acoustic fields in a shall...
Marine multichannel seismic (MCS) data, used to obtain structural reflection images of the Earth’s s...
A major high-frequency sediment acoustics experiment was conducted in shallow waters of the northeas...
The Philippine Sea Plate and Pacific Plate are subducting under the Japanese Islands. Large earthqua...
Ocean observatories have the potential to examine the physical, chemical, biological, and geological...
Ocean acoustic propagation and reverberation in continental shelf regions is often controlled by the...