LOCOMOOR : a LOw-COst MOORing for the measurement of internal solitary waves
LOCOMOOR : a LOw-COst MOORing for the measurement of internal solitary waves
Date
2000-05-09
Authors
Lord, Jeffrey
Irish, James D.
Duda, Timothy F.
Kemp, John N.
Irish, James D.
Duda, Timothy F.
Kemp, John N.
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Abstract
In order to supplement the ASIAEX field effort to measure the temporal and spatial
structure of the internal solitary wave field in relationship to acoustic propagation and scattering
studies, an array of low-cost temperature moorings (LOCOMOOR) has been developed. The
basic concept is to provide spatial coverage as opposed to dense vertical resolution in
temperature. Three temperature sensors on each mooring will adequately measure the time of
passage of the internal solitary waves. A horizontal array of 20 of these moorings deployed for
about three weeks will allow the internal solitary wave front geometry (curvature) and velocity to
be measured as they propagate through the experiment region. The arrival time of each pulse
within the packet of internal waves will be easily resolved, but the wave amplitude less exactly
estimated. However, the amplitude will be very well measured by the velocity and density
observations on the more heavily instrumented environmental moorings associated with the
acoustic experiment.
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Presented at the ONR/MTS Buoy Workshop, May 9-11, 2000, Clark Laboratory, Woods Hole Oceanographic Institution, Woods Hole, MA
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ONR/MTS Buoy Workshop 2000