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Browsing by Author "Zaneveld, J. Ronald V."
Now showing items 1-20 of 26
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Pegau, W. Scott; Gray, Deric; Zaneveld, J. Ronald V. (Optical Society of America, 1997-08-20)We have measured the absorption coefficient of pure and salt water at 15 wavelengths in the visible and near-infrared regions of the spectrum using WETLabs nine-wavelength absorption and attenuation meters and a three-wa ...
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Flatau, Piotr J.; Piskozub, Jacek; Zaneveld, J. Ronald V. (Optical Society of America, 1999-08-30)We report that the submerged microbubbles are an efficient source of diffuse radiance and may contribute to a rapid transition to the diffuse asymptotic regime. In this asymptotic regime an average cosine is easily predi ...
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Roach, David Michael (1974-08-09)The refractive index of particulate matter suspended in seawater is nonuniform and potentially is an indicator of composition and origin. A method is described for determining the refractive index distribution. The me ...
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Zaneveld, J. Ronald V.; Boss, Emmanuel; Moore, Casey M. (American Meteorological Society, 2001-08)A new instrument package for measuring physical (temperature, salinity, and depth) as well as optical (absorption and attenuation at nine wavelength) parameters using SCUBA is described. The package is attached to the SC ...
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Pegau, W. Scott (1996-02-23)
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Pak, Hasong; Zaneveld, J. Ronald V. (American Meteorological Society, 1974-10)The equatorial front in the eastern Pacific Ocean observed during 14 October–7 December, 1971, from R/V Yaquina of Oregon State University is discussed. The front is clearly defined at the sea surface by a large horizont ...
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Spinrad, Richard W. (1978-01-18)
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Sullivan, James M.; Twardowski, Michael S.; Zaneveld, J. Ronald V.; Moore, Casey M.; Barnard, Andrew H.; Donaghay, Percy L.; Rhoades, Bruce (Optical Society of America, 2006-07-20)See article for Abstract.
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Barnard, Andrew H.; Zaneveld, J. Ronald V.; Pegau, W. Scott (Optical Society of America, 1999-08-20)We tested closure between in situ radiometric and absorption coefficient measurements by using a nearly backscattering-independent remote-sensing reflectance model that employs the remote-sensing reflectance at three wav ...
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Zaneveld, J. Ronald V.; Boss, Emmanuel; Hwang, Paul A. (Optical Society of America, 2001-09-10)Oceanic waves have been found to contribute enhanced back-scattering in the direction of the illumination source in studies that assumed the ocean surface to be a random sum of waves. Here we investigate enhanced back-sc ...
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Zaneveld, J. Ronald V.; Boss, Emmanuel; Barnard, Andrew (Optical Society of America, 2001-03-20)Classical radiative transfer programs are based on the plane-parallel assumption. We show that the Gershun equation is valid if the irradiance is averaged over a sufficiently large area. We show that the equation is inva ...
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Zaneveld, J. Ronald V.; Pak, Hasong (Optical Society of America, 1973-03)It is shown that the complex index of refraction of a given particle-size distribution may be calculated if the particle extinction coefficient and the particle absorption coefficient are known. If the particles are assu ...
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Twardowski, Michael S.; Sullivan, James M.; Donaghay, Percy L.; Zaneveld, J. Ronald V. (American Meteorological Society, 1999-06)Measuring coastal and oceanic absorption coefficients of dissolved and particulate matter in the visible domain usually requires a methodology for amplifying the natural signal because conventional spectrophotometers lac ...
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Zaneveld, J. Ronald V.; Beardsley, George F., Jr. (Optical Society of America, 1969-04)The modulation transfer function (MTF) of a simple submarine viewing situation is computed as a function of range and sea-water properties. For the cases considered, we found that the MTF follows the simple exponential l ...
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Zaneveld, J. Ronald V. (1972-05-19)
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Maffione, Robert A. (1996-08-09)
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Spinrad, Richard W. (1982-03-02)
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Kitchen, James C. (1977-07-27)
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Zaneveld, J. Ronald V. (Optical Society of America, 1982-11-15)An exact expression for the remotely sensed reflectance (RSR, upwelling radiance divided by downwelling scalar irradiance) just beneath the surface of the ocean is derived from the equation of radiative transfer. It is s ...
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Zaneveld, J. Ronald V.; Pak, Hasong (Optical Society of America, 1973-12)
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