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Experimental Development of a Novel Aeration Device
V. Ramanathan, Roger E. A. Arndt
Aerospace Engineering and Mechanics
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Keyphrases
Aeration Efficiency
25%
Aeration System
100%
Air Flow Rate
25%
Air-water Flow
25%
Aquaculture
25%
Bubble Size
50%
Buoyancy-driven Flow
25%
Clogging
50%
Conventional Design
25%
Diameter Ranges
25%
Diffuser
75%
Draft Tube
25%
Drag Force
50%
Energy Requirement
25%
Experimental Development
100%
Fine-pore Diffuser
25%
High Efficiency
25%
Induced Flow
25%
Induced Velocity
25%
Low Depth
25%
Mass Transfer
25%
Mass Transfer Characteristics
50%
Media Depth
25%
Non-dimensional Correlation
25%
Novel Technique
25%
Objective Being
25%
Optimum Performance
25%
Optimum Size
25%
Orifice
100%
Phase Velocity
25%
Pore Size
25%
Power Requirement
25%
Small Bubbles
25%
Small Pore
25%
Stagnant Water
25%
Tube Dimension
25%
Two-phase Flow Parameters
25%
Water Bodies
25%
Engineering
Bubble Size
50%
Diffusers
100%
Draft Tube
25%
Drag Force
50%
Energy Requirement
25%
Flow Parameters
25%
Flowrates
25%
Induced Velocity
25%
Medium Depth
25%
Mm Diameter
25%
Optimum Performance
25%
Optimum Size
25%
Orifice
100%
Phase Velocity
25%
Power Requirement
25%
Size Range
25%
Stagnant Water
25%
Two-Phase Flow
25%