Adsorption-desorption of strontium from waters using aerobic granules

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Keyphrases

100
Strontium Keyphrases
100
Adsorption-desorpti... Keyphrases
100
Aerobic Granules Keyphrases
100
Sr(II) Keyphrases
75
Adsorption Keyphrases
50
Ca(II) Keyphrases
50
K(I) Keyphrases
50
Granule Surface Keyphrases
25
Functional Groups Keyphrases
25
Kinetic Data Keyphrases
25
Remediate Keyphrases
25
Rate-limiting Step Keyphrases
25
Taiwan Keyphrases
25
Desorption Keyphrases
25
Polysaccharide Keyphrases
25
Aquatic Systems Keyphrases
25
Biosorbent Keyphrases
25
Chemical Adsorption Keyphrases
25
Pseudo-second-order... Keyphrases
25
Maximum Adsorption ... Keyphrases
25
Chemical Engineers Keyphrases
25
Dry Biomass Keyphrases
25
Tightly Bound Extra... Keyphrases
25
Kinetic Fitting Keyphrases
25
Nuclear Contaminati... Keyphrases
25
Desorbent Keyphrases

INIS

100
water INIS
100
adsorption INIS
100
desorption INIS
100
strontium INIS
33
surfaces INIS
33
kinetics INIS
16
units INIS
16
capacity INIS
16
equilibrium INIS
16
ph value INIS
16
data INIS
16
contamination INIS
16
biomass INIS
16
operation INIS
16
engineers INIS
16
taiwan INIS
16
polysaccharides INIS

Chemical Engineering

100
Water Chemical Engineering
100
Strontium Chemical Engineering
100
Sorption Chemical Engineering
80
Adsorption Chemical Engineering
40
Chemical Kinetics C... Chemical Engineering
20
Functional Group Chemical Engineering
20
Desorption Chemical Engineering
20
Chemisorption Chemical Engineering
20
Pseudo-second-order... Chemical Engineering
20
Polysaccharide Chemical Engineering
Research OutputsResearch Output authored by Adsorption-desorption of strontium from waters using aerobic granules is tagged with the concept