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One Step Membrane Filtration: A fundamental study
Amir Haidari
Sanitary Engineering
Research output
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Thesis
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Dissertation (TU Delft)
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Dive into the research topics of 'One Step Membrane Filtration: A fundamental study'. Together they form a unique fingerprint.
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INIS
acceleration
2%
applications
2%
aspect ratio
2%
barriers
2%
cavities
19%
comparative evaluations
2%
computerized simulation
2%
concentration
14%
configuration
16%
correlations
2%
desalination
2%
design
2%
disturbances
2%
drinking water
2%
energy consumption
9%
energy losses
2%
experimental data
2%
filaments
33%
filtration
100%
fouling
9%
fresh water
7%
friction
2%
geometry
9%
height
4%
hydraulics
16%
images
9%
layers
9%
losses
7%
low pressure
2%
mass transfer
2%
mathematical models
2%
membranes
100%
numerical analysis
7%
orientation
23%
particles
9%
peaks
4%
polarization
14%
pressure drop
7%
production
4%
purification
4%
range
4%
resolution
7%
resources
2%
retention
2%
reverse osmosis
33%
scaling
2%
shape
2%
shear
2%
spacers
100%
surfaces
2%
thickness
4%
tools
2%
validation
4%
variations
2%
velocity
52%
verification
2%
water
11%
water quality
2%
wounds
16%
Engineering
Angle-of-Attack
23%
Aspect Ratio
7%
Attack Angle
15%
Cavity
61%
Characteristics
15%
Computer Simulation
7%
Concentration Polarization
23%
Contaminant
15%
Desalination
7%
Design
7%
Determines
7%
Elements
15%
Energy Dissipation
7%
Energy Engineering
23%
Fouling
30%
Friction Loss
7%
Good Agreement
7%
High Energy
7%
High Velocity
23%
Hydraulics
53%
Low Velocity
23%
Main Reason
7%
Mass Transfer
7%
Mathematical Model
7%
Membrane Module
53%
Membrane Surface
7%
Nanofiltration
15%
Numerical Study
23%
One Step
100%
Particle Image Velocimetry
30%
Powerful Tool
7%
Pressure Difference
7%
Pressure Loss
15%
Pretreatment
23%
Reverse Osmosis Membrane
7%
Scaling
7%
Straight Line
15%
Material Science
Friction
4%
Impurity
9%
Membrane
100%
Osmosis Membrane
4%
Potable Water
4%
Purification
9%
Surface
4%
Velocity
100%
Water
27%
Chemical Engineering
Desalination
7%
Fouling
28%
Nanofiltration
14%
Osmosis
7%
Potable Water
7%
Reverse Osmosis
100%
Velocity Measurement
28%
Water Quality
7%