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Keyphrases
Ash Residue
100%
Contaminated Marine Sediments
100%
Sewage Sludge Ash
100%
Cr(VI)
80%
Incinerated Sewage Sludge Ash
80%
Composite Materials
60%
Mechanical Strength
60%
Zero-valent Iron
60%
Contaminated Sediment
40%
Leaching
40%
Metalloids
40%
Stabilization Treatment
40%
Immobilization
20%
Cu(II)
20%
Solid Waste
20%
Treatment Group
20%
Coastal Cities
20%
Toxicity Characteristic Leaching Procedure
20%
Land Space
20%
Environmental Regulation
20%
Heavy Metal Removal
20%
Cement Replacement
20%
Iron-based Materials
20%
Environmental Remediation
20%
As(V)
20%
Adsorption Removal
20%
Filling Material
20%
Biomass Waste
20%
Dredged Marine Sediment
20%
Versatile Applications
20%
Immobilization Effect
20%
Peanut Shell
20%
Phosphorus Recovery
20%
Biochar Composites
20%
High Iron Content
20%
Substitution Rate
20%
Local Law
20%
N2 Atmosphere
20%
High Iron
20%
Waste Peanut Shell
20%
Earth and Planetary Sciences
Marine Sediment
100%
Sewage Sludge
100%
Iron
100%
Composite Material
60%
Heavy Metal(loid)s
40%
Solid Waste
20%
Remediation
20%
Filling Material
20%
Environmental Regulation
20%
Biochar
20%
Recycling
20%
Engineering
Iron
100%
Composite Material
75%
Stabilisation Treatment
50%
Peanut Shell
50%
Heavy Metal
50%
Coastal City
25%
Environmental Regulations
25%
Iron Content
25%
Biochar
25%
Erythrocyte
25%
Filling Material
25%
Material Science
Solidification
100%
Zerovalent Iron
60%
Composite Material
60%
Leaching
40%
Heavy Metal
40%
Composite Material
20%
Biochar
20%
Chemical Engineering
Sewage Sludge
100%
Contaminated Marine Sediments
100%
Heavy Metal
40%
Biochar
20%