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Predicting divalent metal sorption to hydrous Al, Fe, and Mn oxides
Paras Trivedi,
Lisa Axe
Chemical and Materials Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
114
Scopus citations
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Earth & Environmental Sciences
sorption
100%
oxide
91%
enthalpy
74%
metal
73%
activation energy
47%
hydration
46%
bioavailability
23%
diffusivity
23%
manganese
22%
cation
20%
aluminum
19%
thermodynamics
18%
parameter
16%
adsorption
16%
iron
16%
ion
15%
pollutant
14%
sediment
11%
soil
10%
water
7%
method
5%
Chemical Compounds
Sorption
86%
Oxide
66%
Enthalpy
58%
Metal
55%
Reaction Activation Energy
34%
Amorphous Material
34%
Hydration Number
32%
Metal Ion
31%
Electrostatic Force
28%
Surface Potential
27%
Bioavailability
24%
Micro Porosity
22%
Soil
20%
Compound Mobility
18%
Error
18%
Surface
15%
Thermodynamics
15%
Diffusion
15%
Adsorption
12%