Comparative study of different mixing strategies in small high throughput experimentation reactors

Keyphrases

• Reactor 100%
• High-throughput Experimentation 100%
• Mixing Strategy 100%
• Spatial Distribution 66%
• Impeller 66%
• Energy Dissipation 66%
• Mixing Time 66%
• Closure Model 66%
• Turbulent Kinetic Energy 66%
• Scale-dependent 33%
• Mixer 33%
• Working Fluid 33%
• Power Input 33%
• Unbaffled Vessel 33%
• Unit Volume 33%
• Small Vessels 33%
• Particle Image Velocimetry 33%
• Local Values 33%
• Flow Condition 33%
• Circulation Time 33%
• Planar Laser-induced Fluorescence 33%
• Unbaffled 33%
• Mixing Efficiency 33%
• Eccentric Agitation 33%
• Gross Flows 33%
• Subgrid Scale 33%
• Flow Circulation 33%
• Estimation Model 33%
• Vessel Diameter 33%
• Smagorinsky 33%
• Flow Mixing 33%

Engineering

• Spatial Distribution 100%
• Energy Dissipation 100%
• Impeller 100%
• Mixing Time 100%
• Turbulent Kinetic Energy 100%
• Mixing Strategy 100%
• Mixers (Machinery) 50%
• Power Input 50%
• Centreline 50%
• Circulation Time 50%
• Flow Condition 50%
• Particle Image Velocimetry 50%
• Planar Laser-Induced Fluorescence 50%

Chemical Engineering

• Velocity Measurement 100%