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SW06 Modal Mapping Experiment (MOMAX) Overview

SW06 Modal Mapping Experiment (MOMAX) Overview. George V. Frisk Department of Ocean Engineering Florida Atlantic University Dania Beach, Florida 33004 Cynthia J. Sellers Dept. of Applied Ocean Physics and Engineering Woods Hole Oceanographic Institution Woods Hole, MA 02543.

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SW06 Modal Mapping Experiment (MOMAX) Overview

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  1. SW06 Modal Mapping Experiment (MOMAX) Overview George V. Frisk Department of Ocean Engineering Florida Atlantic University Dania Beach, Florida 33004 Cynthia J. Sellers Dept. of Applied Ocean Physics and Engineering Woods Hole Oceanographic Institution Woods Hole, MA 02543

  2. MOMAX Experimental Configuration

  3. CW transmissions at 50, 75, 125, and 175 Hz – Drifting source at 60 m depth – Data received on 4 drifting MOMAX buoys, each having hydrophones at 40 m and 43 m depths – Data received on moored, 8-channel Webb vertical line array Temperature measurements obtained on – Source string – 4 drifting MOMAX buoys – Webb vertical line array SW06 MOMAX Data

  4. Channel Cross Section 1700-1780 m/s 1780-1820 m/s 10-20 m 1650-1710 m/s 1650-1680 m/s 1740-1780 m/s 1760 m/s 200-400 m

  5. Data Needed- All relevant acoustic and environmental data in the SW06 MOMAX area Acoustics- Kyle Becker, Ross Chapman, Harry DeFerrari, Bill Hodgkiss, David Knobles, Jim Lynch Geoacoustics- John Goff, Altan Turgut Physical Oceanography- Tim Duda, Glen Gawarkiewicz, Scott Glenn, Frank Henyey, Jim Moum, Jonathan Nash Papers- The effects of lateral variability in the seabed and water column on low-frequency propagation and geoacoustic inversion Data Needed, Potential Collaborators, & Papers

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