INIS
fermentation
100%
dynamics
100%
hydrodynamics
100%
interactions
100%
eyes
100%
simulation
75%
environment
75%
mimic
50%
variations
50%
yields
50%
design
25%
laboratories
25%
substrates
25%
trajectories
25%
populations
25%
coupling
25%
processing
25%
scaling
25%
losses
25%
information
25%
dissolved oxygen
25%
computational fluid dynamics
25%
capture
25%
mixing
25%
lagrangian
25%
guidelines
25%
concentration
25%
shear
25%
Engineering
Environment
100%
Hydrodynamics
100%
Mixing
33%
Guidelines
33%
Shear Rate
33%
Models
33%
Lagrange
33%
Process Improvement
33%
Laboratory
33%
Computational Fluid Dynamics
33%
Microbial
33%
Process Yield
33%
Scaling
33%
Trajectory
33%
Temporal Variation
33%
Schmidt Number
33%
Loss
33%
Design
33%
Impeller
33%
Substrate Concentration
33%
Bioprocesses
33%
Keyphrases
Metabolic Dynamics
100%
Industrial-scale Fermentation
100%
Metabolic Model
25%
Large-scale Fermentation
25%
Metabolic Interaction
25%
Coupled Hydrodynamic Model
25%
Process Yield
25%
Lagrangian Simulation
25%
Lab-scale Fermentation
25%
Turbulent Schmidt number
25%
Impeller Mixing
25%
Broth
25%
Population Heterogeneity
25%
Metabolic Simulation
25%
Oxygen Flow Rate
25%
Chemical Engineering
Mixing
100%
Dissolved Oxygen
100%