INIS
copper
100%
corrosion
57%
waste water
49%
communities
45%
plumbing
42%
sludges
42%
reduction
42%
reactors
42%
genes
36%
nitrous oxide
35%
concentration
31%
nitrogen
31%
membranes
31%
solids
30%
disinfection
28%
food
28%
sulfates
28%
sediments
28%
stability
28%
kinetics
28%
deformation
28%
size
27%
biomass
27%
configuration
27%
removal
27%
bacteria
27%
capacity
26%
denitrification
24%
water
24%
mathematical models
23%
nitrification
23%
abundance
22%
ph value
21%
residues
19%
velocity
19%
dynamics
19%
granulation
19%
particles
18%
drinking water
18%
reviews
18%
values
18%
tanks
17%
geometry
17%
plugs
17%
microorganisms
17%
mining
17%
by-products
17%
surfaces
17%
fluid flow
16%
inactivation
16%
Keyphrases
Biofilm
54%
Nitrous Oxide
38%
Corrosion
33%
Denitrifying Bacteria
28%
N2O Reduction
28%
Continuous Flow
28%
Denitrification
22%
Copper Corrosion
21%
Nitrate
21%
Mathematical Modeling
19%
Aerobic Granular Sludge
19%
Paracoccus Pantotrophus
19%
Peracetic Acid Disinfection
19%
Copper pipe
18%
Nitrification
18%
Plug Flow
17%
Microbiologically Influenced Corrosion
15%
Peracetic Acid
14%
Suspended Solids
14%
Disinfection
14%
Bacterial Community
14%
Combined Sewer Overflow
14%
Overflow Effect
14%
Granulation
14%
Solid Size
14%
Agro-food Waste
14%
Membrane Aerated Biofilm
14%
Nitrogen Recovery
14%
Denitrification Process
14%
Kinetic Expression
14%
Bacterial Inactivation
14%
Food to Microorganism Ratio
14%
Dynamic Affect
14%
Chemical Approach
14%
Intermediate Compounds
14%
Autotrophic Denitrification
14%
Biocorrosion
14%
Premise Plumbing
14%
N2O Formation
14%
Substrate Flux
14%
Settlers
14%
Operational Variables
14%
Predation
14%
Chilean
14%
Image Analysis
14%
Aerobic
14%
Gene Expression
14%
Environmental Engineering
14%
Flow Effect
14%
Moving Bed Biofilm Reactor
14%
