S-Boom, Triple boomer plates
High resolution repeatable sound source
The S-Boom is a high power, high resolution repeatable seismic sound source that can be operated at fast repetition rates. The transmitted energy is focussed by the triple plate array geometry to improve the directivity and beam pattern, giving an improvement over traditional sound sources. Perfect UHR package for research, mapping and construction surveys.
Description
The S-Boom is a high power, high resolution repeatable seismic sound source that can be operated at fast repetition rates. The transmitted energy is focussed by the triple plate array geometry to improve the directivity and beam pattern, giving an improvement over traditional sound sources. Perfect UHR package for research, mapping and construction surveys.
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Specifications
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Mode of operation
-
Platform type
Surface Towed
Operating System
Windows
Min. depth of operation [m]
2
Max. depth of operation [m]
500
Min. frequency [Hz]
100
Max. frequency [Hz]
1500
Signal composition
Broadband
Power output [W]
1000
Max. resolution [m]
0.25
Max. penetration [m]
250
Max. pulse rate [Hz]
3
Max. pulse length [s]
0.0003
Dynamic range [dB]
222
Frequency
-
General
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Product type
Triple boomer, sub-bottom profiling system
Year of initial development
2010
Application
High Resolution
Max power consumption [W]
5000
Power type
AC
Transducer weight [kg]
54
Transducer length [m]
0.38
Transducer width [m]
0.38
Transducer height [m]
0.1
Components to be used in combination with product
CSP Series power supply, AH Series hydrophones
Portability of logger
Desktop, Portable, Rack
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Integration in work process
-
Remote operation
Y
Real time coupling to survey software
Y
Coupling to post-processing software
Y
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Data Processing
-
Data displayed
Third party data acquisition dependent
Main use
High resolution seabed surveys; geophysical analysis, route cable/pipeline surveys, geohazard survey, pre/post dredging, construction site survey (eg windfarm site), port/waterway survey (tidal energy site) etc
Data output
Third party system dependent
Formats
SEG-Y
Connections
Internal logging
Documents
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S-Boom Technical Specification441.95 KB
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CSP-Nv Technical Specification399.21 KB
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CSP-SNv1250 Technical Specification344.58 KB
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Applying Novel Sub-Bottom Boomer Technology to the Submerged Wellington Fault, New Zealand546.17 KB
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Applied Acoustics Product Range Application Matrix31.17 KB