Oxygen transfer across the air-water interface with surface shear |
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Page 15
But the slope can be related to the velocity and depth by Chezy's equation U = Cv
^FTS (3.2.1) where C is the Chezy ... Two such terms are the friction velocity, u*,
and the turbulent energy dissipation rate, E. The friction velocity l5 Models for ...
But the slope can be related to the velocity and depth by Chezy's equation U = Cv
^FTS (3.2.1) where C is the Chezy ... Two such terms are the friction velocity, u*,
and the turbulent energy dissipation rate, E. The friction velocity l5 Models for ...
Page 16
and the turbulent energy dissipation rate, E. The friction velocity is a measure of
the shear stress and is related to the turbulence intensity. The energy dissipation
is related to viscosity which has a strong effect at the smaller scales of motion ...
and the turbulent energy dissipation rate, E. The friction velocity is a measure of
the shear stress and is related to the turbulence intensity. The energy dissipation
is related to viscosity which has a strong effect at the smaller scales of motion ...
Page 44
relationship exists between the reaeration coefficient in lakes and oceans and
the wind shear velocity which is similar to ... Gas exchange was characterized by
a transfer velocity, which was related to the friction velocity in the water due to the
...
relationship exists between the reaeration coefficient in lakes and oceans and
the wind shear velocity which is similar to ... Gas exchange was characterized by
a transfer velocity, which was related to the friction velocity in the water due to the
...
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Contents
Available Field Data | 48 |
Data Analysis Techniques | 55 |
Results of Research | 60 |
2 other sections not shown
Common terms and phrases
A.2 ADDITIONAL DATA ADDITIONAL DATA continued air-water interface approximately Brtko channel CM CM CM concentration constant determined dimensional analysis dimensionless groups dissipation rate Eloubaidy and Plate energy dissipation energy slope friction velocity gas transfer coefficient hydraulic INDICA1ES iswi Lab Lab mass transfer method Minitab molecular diffusion NOAA NOAA Weather Station nondimensionalize nonlinear regression obtained OSOOO*0 parameters Plot pool & riffle prediction equation primary variables rad-tracer radioactive tracer reaeration coefficient reaeration rate regression analysis Reynolds Number root mean square roughness length secondary variables SECTION A.2 ADDITIONAL set Data Group shallow shear stress shear velocity stream reaeration surface shear Thames Estuary tracer gas tracer technique tritium Tsivoglou Tsivoglou-Wallace data Tsivoglou-Wallace l972 turbulence U.S. Geological Survey values varies VEC1OR velocity and depth water surface wind effect wind shear wind speed wind velocity Wisconsin data set
Bibliographic information
| Title | Oxygen transfer across the air-water interface with surface shear |
| Author | Patricia J. Frexes |
| Publisher | Cornell University, January, 1983 |
| Original from | Cornell University |
| Digitized | Dec 6, 2010 |
| Length | 238 pages |
| Subjects | › › Active oxygen Science / Chemistry / General Science / Life Sciences / Biochemistry Shear flow |
| Export Citation | BiBTeX EndNote RefMan |