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Gas Transfer at Gated Sill Structures In the Ohio River Valley
Alicia L. Urban
,
John S. Gulliver
, Kimberly F. Miller
, George P. Kincaid
Civil, Environmental, and Geo- Engineering
Research output
:
Book/Report
›
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Dive into the research topics of 'Gas Transfer at Gated Sill Structures In the Ohio River Valley'. Together they form a unique fingerprint.
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Keyphrases
Gas Transfer
100%
Ohio River Basin
100%
Sill
100%
Water Quality
80%
Transfer Efficiency
80%
Oxygen Level
60%
Oxygen Transfer
60%
Gate Opening
60%
Hydropower
40%
Hydraulics
40%
Hydraulic Conditions
40%
Turbulence Level
40%
Submergence
40%
Retrofit Strategies
40%
United States
20%
Waterways
20%
Aeration
20%
Low Flow
20%
Hydraulic Structure
20%
Ohio River
20%
Low Turbulence
20%
High Turbulence
20%
Dissolved Oxygen Concentration
20%
Low Dissolved Oxygen
20%
Tailwater
20%
Dam Gate
20%
Draft Tube
20%
Free-flowing Rivers
20%
Opening Condition
20%
Air Vent
20%
Componen
20%
Suction Head
20%
River System
20%
Earth and Planetary Sciences
Ohio
100%
Water Quality
100%
Submergence
50%
United States of America
25%
Waterway
25%
Hydraulic Structure
25%
River System
25%
Low Flow
25%
Venting
25%
Low Level Turbulence
25%
Dissolved Oxygen
25%
Aeration
25%
Engineering
Hydraulics
100%
Oxygen Transfer
75%
Hydroelectric Energy
50%
Submergence
50%
Retrofit
25%
Dissolved Oxygen Concentration
25%
Waterway
25%
Retrofit Option
25%
Draft Tube
25%
Hydraulic Structure
25%
United States of America
25%