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1
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2
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3
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4
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- Ocean & Coastal Waters
- Moored time series of currents
- Boat surveys of circulation
- Underwater Navigation
- Inland Waters
- Directional Wave Gauging
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5
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6
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- ADCPs provide a unique, combined view of the water column--at many
depths and at the same time.
- ADCPs reveal patterns in the distribution of water currents and
suspended materials.
- And ADCPs also record how those patterns change -- in time and space.
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7
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8
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- RDI's DVLs are the proven choice for high-tech navigating of submerged
vehicles.
- Since 1992, RDI's DVLs have been delivering both robust & reliable
operation and the best technical solution, proven by clients
- Holding bottom lock over difficult terrain, such as hydrothermal fields
on mid-ocean ridges
- Delivering instant & accurate vehicle velocity for input to critical
integrated navigation systems
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9
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10
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- RDI’s ADCPs are changing the way the world measures water currents and
discharge in rivers, lakes, streams, and estuaries.
- ADCPs provide an autonomous moving-boat discharge system, measuring
simultaneously all three variables required for computing discharge.
- The ADCP method permits improved accuracy & safety, time savings,
and simplified logistics.
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11
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12
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- ADCPs measure directional wave data & current profiles at the same
time, from a single device
securely mounted on the seabed.
- The ADCP Waves Array uses its near-surface depth cells to form a set of
discrete wave sensors dispersed in space and synchronized in time.
- Using an array method permits a more accurate & better-resolved
measure of wave direction(s) than single point devices.
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13
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Notes