Rebecca Ellis

University of Bath

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Stephen M. Henderson

Washington State University Vancouver

John A. Harrison

St. Mary's Hospital

Danielle Wain

University of Bath

Lee D. Bryant

University of Bath

D.J. Moore

Leatherhead Food Research

R H Varey

Central Electricity Generating Board

J. B. Nielson

Washington State University

Jeffrey Nielsen

Washington State University

S. Sutton

Georgia Institute of Technology

P.M. Hamilton

Central Electricity Generating Board

Cooperative Institutions

Washington State University

Washington State University Vancouver

Central Electricity Generating Board

University of Bath

Virginia Tech

Leatherhead Food Research

Oceanography Society

University of Michigan–Ann Arbor

Scripps Institution of Oceanography

Oregon State University

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The influence of an internal seiche on bottom boundary layer turbulence and oxygen fluxes across the sediment-water interface

J. B. Nielson Lee D. Bryant Rebecca Ellis Danielle Wain Stephen M. Henderson

Seiche

Sediment–water interface

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The Influence of an Oscillating Bottom Boundary Layer on Oxygen Fluxes across the Sediment-Water Interface

Jeffrey Nielsen Corey Ruder Sofia D'Ambrosio Lee D. Bryant Rebecca Ellis

Interface (matter)

Sediment–water interface

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Plume dispersion and SO/sub 2/ flux measurments at Drax Power Station, England

R H Varey Rebecca Ellis P.M. Hamilton D.J. Moore S. Sutton

A correlation spectrometer was used to measure SO/sub 2/ burdens at a 200 MW coal fired station at Drax, England. The experiments were part of a CEC exercise in which a total of five correlation spectrometers were used. From the measurements, plume dispersion parameters and SO/sub 2/ fluxes were calculated. In general there is good agreement between the calculated fluxes and the power station emissions. It is suggested that some anomalously high results could be due to multiple scattering of light in cloud layers.

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