|
membrane fouling |
12 |
|
funnel effect |
9 |
|
nanofiltration |
9 |
|
reverse osmosis (ro) membranes |
9 |
|
nanovoids |
8 |
|
interfacial polymerization |
7 |
|
selectivity |
7 |
|
water permeance |
7 |
|
biofouling |
5 |
|
defects |
5 |
|
polyamide membrane |
5 |
|
polyamide nanovoids |
5 |
|
polyelectrolyte |
5 |
|
stabilization effect |
5 |
|
surfactant |
5 |
|
thin-film composite (tfc) membrane |
5 |
|
alternative membrane materials |
4 |
|
asymmetrical selectivity |
4 |
|
composite and reactive substrates |
4 |
|
cosolvent-assisted interfacial polymerization |
4 |
|
disinfection byproducts |
4 |
|
drinking water |
4 |
|
interfacial vaporization |
4 |
|
membrane |
4 |
|
membrane distillation |
4 |
|
membrane nanoarchitecture |
4 |
|
micropollutants |
4 |
|
mpd solubility |
4 |
|
nanofillers |
4 |
|
nanovoid-containing roughness structure |
4 |
|
organic micropollutants |
4 |
|
organic solvents |
4 |
|
polyamide formation models |
4 |
|
polyamide membranes |
4 |
|
polyamide morphology |
4 |
|
polyamide reverse osmosis (ro) membranes |
4 |
|
promoted interfacial polymerization |
4 |
|
ro membrane |
4 |
|
scaling resistance |
4 |
|
substrate pre-coated gutter layer |
4 |
|
substrate properties |
4 |
|
surface modification |
4 |
|
surface roughness |
4 |
|
transport models |
4 |
|
water reuse |
4 |
|
amides |
3 |
|
carbon nanofiber membrane electrode |
3 |
|
carbonate chemistry |
3 |
|
crumpled morphology |
3 |
|
desalination membranes |
3 |
|
desalination pretreatment |
3 |
|
drinking water treatment |
3 |
|
electrocatalytic oxidation of micropollutants |
3 |
|
evaluation framework |
3 |
|
forward osmosis |
3 |
|
green membrane |
3 |
|
gutter effect |
3 |
|
haloacetic acids (haas) |
3 |
|
interface engineering |
3 |
|
intrinsic water permeability |
3 |
|
membrane design |
3 |
|
membrane performance |
3 |
|
membranes |
3 |
|
minerals/haas selectivity |
3 |
|
nanobubble generation |
3 |
|
nanobubble retention |
3 |
|
nanofiltration-like forward osmosis |
3 |
|
nanofoaming |
3 |
|
nanorods |
3 |
|
nanovoid-containing roughness morphology |
3 |
|
novel materials |
3 |
|
nucleic acid structure |
3 |
|
organic polymers |
3 |
|
polyamide |
3 |
|
polyamide nanofiltration membrane |
3 |
|
resource recovery |
3 |
|
reverse osmosis |
3 |
|
reverse osmotic-like forward osmotic |
3 |
|
ruo2/tio2 heterojunction |
3 |
|
selective separation |
3 |
|
separation performance |
3 |
|
solution chemistry |
3 |
|
tannic acid/iron complex |
3 |
|
thin film composite (tfc) polyamide membranes |
3 |
|
ultrathin membrane |
3 |
|
water transport pathway |
3 |
|
zone of influence |
3 |
|
ammonia recovery |
2 |
|
antiwetting and antifouling |
2 |
|
asymmetric structures |
2 |
|
electrospun nanofibers |
2 |
|
fertilizer |
2 |
|
film thickness |
2 |
|
growth kinetics |
2 |
|
hollow fiber |
2 |
|
mass transfer coefficient |
2 |
|
mathematical model |
2 |
|
omniphobic membrane |
2 |
|
osmotically enhanced recovery |
2 |
|
reverse osmosis membrane |
2 |
|
semi-aromatic polyamide film |
2 |
|
sludge liquor |
2 |
|
titanium dioxide nanorods |
2 |
|
highly permselective |
1 |
|
loose nanofiltration membrane |
1 |
|
minerals |
1 |
|
nanofiltration membrane |
1 |
|
neutralization |
1 |
|
non-solvent induced phase separation |
1 |
|
organic base |
1 |
|
pharmaceutical and personal care products |
1 |
|
separation mechanism |
1 |
