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Predicting solute adsorption on activated carbon: Phenol
Irena Efremenko
*
,
Moshe Sheintuch
*
Corresponding author for this work
Research output
:
Contribution to journal
›
Article
›
peer-review
74
Scopus citations
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Dive into the research topics of 'Predicting solute adsorption on activated carbon: Phenol'. Together they form a unique fingerprint.
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Engineering & Materials Science
Phenols
91%
Activated carbon
88%
Adsorption
70%
Organic pollutants
39%
Water
39%
Molecular mechanics
38%
Density functional theory
36%
Functional groups
31%
Pore structure
29%
Adsorbents
28%
Wastewater treatment
28%
Pore size
28%
Thermodynamics
20%
Gases
13%
Physics & Astronomy
activated carbon
100%
phenols
92%
solutes
65%
adsorption
55%
porosity
52%
water
41%
adsorbents
30%
contaminants
24%
selectivity
22%
methodology
19%
vapor phases
19%
density functional theory
18%
thermodynamics
16%
Chemical Compounds
Solute
59%
Phenol
53%
Wastewater Treatment
35%
Molecular Mechanic
35%
Adsorption
35%
Pore Structure
34%
Pore Size
30%
Environmental Pollutant
29%
Adsorbent
26%
Pore
23%
Surface Area
23%
Thermodynamics
22%
Gas
19%