Precision Measurement Engineering, Inc.

SCAMP Library

THERMISTOR RESPONSE

Fozdar, F.M.., Parker, G.J. and Imberger, J.,  Matching Temperature and Conductivity Sensor Response Characteristics.  J. Physical Oceanography, Vol 15, pps 1557-1569 (1985)

Gregg, M.C. and Meagher, T.B.  The Dynamic Response of Glass Rod Thermistors. J Geophysical Research, Vol 85, No C5, pp 2779-2786 (1980)

SEGMENTATION

Atal, B.S. and Hanauer, S.L.  Speech Analysis and Synthesis by Linear Prediction of the Speech Wave.  J Acoustical Society of America, Vol 50, No 2, Part 2, pp 637-655

de Souza, P.V., Statistical Tests and Distance Measures for LPC Coefficients.   IEEE Transactions on Acoustics, Speech, and Signal Processing, Vol ASSP-25, No. 6, pp 554-558 (1977)

deSouza, P.V. and Thomson, P.J., LPC Distance Measures and Statistical Tests with Particular Reference to the Likelihood Ratio.  IEEE Transactions on Acoustics, Speech, and Signal Processing, Vol ASSP-30, No. 2, pp 304-315 (1982)

BATCHELOR SPECTRA

Caldwell, D.R., Dillon, T.M., Brubaker, J.M., Newberger, P.A. and Paulson, C.A., The Scaling of Vertical Temperature Gradient Spectra.  J. Geophysical Research, Vol 85, No. C4, pp 1917-1924 (1980)

Dillon, T.M. and Caldwell, D.R., The Batchelor Spectrum and Dissipation in the Upper Ocean.  J. Geophysical Research, Vol 85, No. C4, pp 1910-1916 (1980)

Dillon, T.M., Vertical Overturns: A Comparison of Thorpe and Ozmidov Length Scales, J. Geophysical Research, Vol 87, No. C12, pp 9601-9613 (1982)

BATCHELOR FITTING TECHNIQUE

Krocsis, O., Prandke, H, Stips, A., Simon, A., and Wuest, A.(1999).  Comparison of Dissipation of Turbulent Kinetic Energy Determined from Shear and Temperature Microstructure.  J. Marine Systems, Volume 21, Pages 67-84. 

Luketina, David A. and Imberger, J.,    Determining Turbulent Kinetic Energy Dissipation from Batchelor Curve Fitting.  Submitted to the J.. Atmospheric and Oceanic Technology (1998)

Ruddick, Barry, Anis, Ayal, and Thompson, Keith .    Maximum Likelihood Spectral Fitting: the Batchelor Spectrum.   Submitted to J. Atmospheric and Oceanic Technology. (1999)

SCAMP MEASUREMENTS

Moacyr Araujo, David Lheritier, Marcus André Silva, Marco César Luna, and Carmen Medeiros, Tidal Turbulence and Eddy-Viscosity in Coastal Waters at NE-Brazil. Journal of Coastal Research, 2118-27, 2005 Abstract

Boashash, B. and Imberger, J., Application of the Wigner-Wille Distribution to Temperature Gradient Microstructure: A New Technique to Study Small-Scale Variations, J. Physical Oceanography, Vol 16, pp 1997-2012 (1986)

Hondzo, M., and Z. Haider (2004), Boundary mixing in a small stratified lake, Water Resour. Res., 40, W03101, doi:10.1029/2002WR001851.

Jef Huisman, Jonathan Sharples, Jasper M. Stroom, Petra M. Visser, W. Edwin A. Kardinaal,J olanda M. H. Verspagen, and Ben Sommeijer (2004), Changes in Turbulent Mixing Shift Competition for Light Between Phytoplankton Species, Ecology, Vol. 85, No. 11, pp. 2960–2970. View the abstract in Adobe format.

Ruddick, B., A. Anis, and K. Thompson, Maximum Likelihood Spectral Fitting: The Batchelor Spectrum, J. Atmos and Oceanic Tech., 17 (11), 1541 - 1555, 2000.  This paper presents a method for fitting temperature gradient spectra to the Batchelor form. View the abstract or the submitted draft in Adobe format.

Sharples, J., M. Coates, J. Sherwood, Quantifying turbulent mixing and oxygen fluxes in a Mediterranean-type, microtidal estuary, Ocean Dynamics, (53) 126 - 136, 2003. View the abstract in Adobe format.

Sharples, J., Tidal-Cycle Surveys, 2002. Boat-based work will be carried out over single tidal cycles at neap and spring tides during each of the mooring deployments. For more information view his web site.

Sharples J.,  M. Moore, and E. Abraham, Internal tide dissipation, mixing and vertical nitrate flux at the shelf edge of NE New Zealand, Journal of Geophysical Research, 106 (C7), 14,069 - 14,081, 2001. View the abstract in Adobe format.

Sharples J., J. Waniek, and C.  Ribeiro, Quantifying The Variability Of Vertical Turbulent Mixing And Its Role In Controlling Stability And Mass Transport In A Partially-Mixed Estuary, 2001.

Smith, M., C.  Stevens, J. McGregor and C. Lemckert, Physical Processes at the Air-Sea Interface During an Impulsively Initiated Wind Event, 2002.  Poster Session at AGU Ocean Sciences in Hawaii. The poster explains the NEar- Surface Turbulence EXperiment (NESTEX) conducted in Wellington Harbour during the passage of a southerly front. Equipment deployed included acoustic Doppler velocimeters (ADV), a temperature microstructure profiler (SCAMP) and a microwave radar. View the graphic poster.

Soga, L.C.M. and Rehmann, C.R, 2004. Dissipation of Turbulent Kinetic Energy near a Bubble Plume. J. Hydraul. Eng., 130, 441-449. 

Stevens, C. L., Hill, P., Smith, M.J., Popinet, S., 2005. SUCA: An engine for repetitive autonomous profiling near the ocean surface. Limnology and Oceanography: Methods 3, 300 - 307. Abstract

Stevens, C. L., Turbulence in an estuarine embayment: Observations from Beatrix Bay, New Zealand, J. Geophys. Res., 108(C2), 3030, doi:10.1029/2001JC001221, 2003.

Wain, D.J. and Rehmann, C.R. 2005 Eddy diffusivity near bubble plumes, Water Resour. Res., 41, W09409, doi:10.1029/2004WR003896.