Oceans 82 1982
DOI: 10.1109/oceans.1982.1151839
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Use of a fiber-optic cable with a free-fall microstructure profiler

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Cited by 16 publications
(2 citation statements)
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“…The instruments that can directly measure small-scale fluctuations of vertical shear, conductivity, and temperature in profiling and towing modes were first developed in the United States (Osborn, 1978;Gregg et al, 1982;Dewey et aL, 1987), Canada Measurements, Processing, and Applications 295 (Oakey, 1982), Russia (Monin and Ozmidov, 1985;Aryan et al 1985), Germany (Prandke et aL, 1985) and Australia (Carter and Imberger, 1986). Since then different research groups have continued to improve and develop new microstructure instruments as in the cases of AMP and Chameleon (Moum et al, 1995), Baklan and Grif (Paka et aL, 1999), FLY (Simpson et al, 1996), and Epsonde (Oakey, 1988).…”
Section: Instrumentationmentioning
confidence: 99%
“…The instruments that can directly measure small-scale fluctuations of vertical shear, conductivity, and temperature in profiling and towing modes were first developed in the United States (Osborn, 1978;Gregg et al, 1982;Dewey et aL, 1987), Canada Measurements, Processing, and Applications 295 (Oakey, 1982), Russia (Monin and Ozmidov, 1985;Aryan et al 1985), Germany (Prandke et aL, 1985) and Australia (Carter and Imberger, 1986). Since then different research groups have continued to improve and develop new microstructure instruments as in the cases of AMP and Chameleon (Moum et al, 1995), Baklan and Grif (Paka et aL, 1999), FLY (Simpson et al, 1996), and Epsonde (Oakey, 1988).…”
Section: Instrumentationmentioning
confidence: 99%
“…Stewart and Grant [29] were the first who successfully measured the turbulent fluctuations in a tidal channel based on the inertial and inertial-convective subranges. Several towed, moored, and profiling instruments thereafter developed to efficiently estimate important turbulent quantities such as dissipation rates of Turbulent Kinetic Energy (TKE), , temperature variance, and eddy diffusivity throughout the water column [8,14,18,25,28,32]. Despite extensive advances in measuring technology over the last 40 years, accurate and reliable estimates of turbulent quantities, e.g.…”
Section: Introductionmentioning
confidence: 99%