| Version | 1 |
|---|---|
| Keywords | scientific interpretation, stratigraphic thickness, geospatial datasets, marine geophysics |
| Data types | Sub Bottom Profiler |
| Format | ESRI grid format; |
| Amount | 18 MB |
| Activity | Equipment |
|---|---|
| 1999-045-FA | SIS1000 Chirp Sonar Transducer: Transmit projector array; line array receiving hydrophone; 30º conical radiation pattern
Frequency: 2kHz to 7kHz swept FM (4 KW output), synchronous with sidescan
Resolution: 10 cm
Processing: Calibrated transmit waveform stored in ROM, matched filter FFT digital signal processing
Scale Selection: 25 meters to 750 meters full scale |
| 2001-005-FA | SIS1000 Chirp Sonar Transducer: Transmit projector array; line array receiving hydrophone; 30º conical radiation pattern
Frequency: 2kHz to 7kHz swept FM (4 KW output), synchronous with sidescan
Resolution: 10 cm
Processing: Calibrated transmit waveform stored in ROM, matched filter FFT digital signal processing
Scale Selection: 25 meters to 750 meters full scale |
| 2003-003-FA | Edgetech chirp subbottom profiler 512i Edgetech SB-512i Chirp subbottom profiler with bandwidth spectrums of 500 Hz to 12 kHz, owned by Woods Hole |
| 2004-003-FA | Edgetech chirp subbottom profiler 512i Edgetech SB-512i Chirp subbottom profiler with bandwidth spectrums of 500 Hz to 12 kHz, owned by Woods Hole |
| 2008-001-FA | Edgetech chirp subbottom profiler 512i Edgetech SB-512i Chirp subbottom profiler with bandwidth spectrums of 500 Hz to 12 kHz, owned by Woods Hole |
| 2002-013-FA | SIS1000 Chirp Sonar Transducer: Transmit projector array; line array receiving hydrophone; 30º conical radiation pattern
Frequency: 2kHz to 7kHz swept FM (4 KW output), synchronous with sidescan
Resolution: 10 cm
Processing: Calibrated transmit waveform stored in ROM, matched filter FFT digital signal processing
Scale Selection: 25 meters to 750 meters full scale |
| Map | Name | Description |
|---|---|---|
| Map | isopach_modsand_NC_innershelf | Footprint of the isopach grid of the modern marine sand above the top of Pleistocene surface along the inner shelf from Virginia border to Cape Hatteras, North Carolina |