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Uncertainty in bulk-liquid hydrodynamics and biofilm dynamics creates uncertainties in biofilm reactor design
J. P. Boltz, G. T. Daigger
Research output
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Contribution to journal
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Article
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peer-review
32
Scopus citations
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Dive into the research topics of 'Uncertainty in bulk-liquid hydrodynamics and biofilm dynamics creates uncertainties in biofilm reactor design'. Together they form a unique fingerprint.
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Engineering & Materials Science
Biofilms
100%
Hydrodynamics
63%
Liquids
49%
Uncertainty
46%
Mass transfer
6%
Thickness control
5%
Bioreactors
4%
Control surfaces
4%
Biomass
3%
Substrates
2%
Earth & Environmental Sciences
biofilm
67%
hydrodynamics
56%
reactor
51%
liquid
44%
mass transfer
6%
surface area
6%
trickling filter
5%
bioreactor
3%
activated sludge
3%
state of the art
3%
substrate
2%
filter
2%
biomass
2%
Medicine & Life Sciences
Hydrodynamics
86%
Biofilms
73%
Uncertainty
68%
Growth
5%
Sewage
5%
Biomass
4%
Bioreactors
4%
Technology
2%
Chemical Compounds
Hydrodynamics
70%
Mass Transfer
15%
Surface Area
12%
Bioreactors
10%
Chemical Transformation
5%
Resistance
5%
Diffusion
5%
Environment
5%
Application
2%