Engineering & Materials Science
Abandoned mines
29%
Acids
16%
Adsorption
16%
Anthracene
6%
Arsenic
11%
Benzoic acid
5%
Biological Availability
5%
Biomass
5%
Cadmium
8%
Carbon
7%
Carboxylic acids
5%
Clay minerals
5%
Coal tar
17%
Copper
5%
Enzymes
7%
Fertilizers
5%
Functional groups
6%
Heavy metals
7%
Herbicides
5%
Humic Substances
8%
Iron
9%
Kaolinite
10%
Land fill
13%
Leaching
22%
Metals
12%
Methanol
26%
Minerals
11%
Naphthalene
6%
Negative ions
12%
Organic acids
9%
pH effects
11%
Polycyclic aromatic hydrocarbons
12%
Pyrolysis
10%
Risk assessment
9%
Rivers
12%
Salts
5%
Sand
5%
Screening
5%
Sediments
15%
Seepage
33%
Soils
80%
Solubility
7%
Sorbents
6%
Sorption
65%
Stabilization
13%
Textile blends
5%
Toxicity
9%
Volume fraction
5%
Waste disposal
8%
Water
16%
Earth & Environmental Sciences
2,4 dichlorophenoxyacetic acid
17%
abandoned mine
20%
acid
11%
adsorption
14%
aqueous solution
5%
arsenic
12%
ash
9%
biochar
19%
cadmium
8%
chemical
14%
coal tar
15%
contaminated soil
16%
earthworm
5%
effect
11%
enzyme
5%
firing
6%
fluoride
9%
fluvial deposit
6%
fly ash
5%
functional group
6%
immobilization
8%
ion exchange
9%
iron
9%
kaolinite
7%
landfill leachate
7%
leachate
16%
leaching
14%
liner
8%
metal
11%
methanol
26%
mineral
7%
organic acid
11%
PCP
8%
phenanthrene
6%
pyrolysis
8%
removal
8%
risk assessment
5%
sediment
5%
seepage
24%
seepage water
5%
selenium
6%
shell
10%
sludge
5%
soil
47%
solubility
5%
solute
21%
sorption
51%
stabilization
13%
toxicity
7%
water
7%
Chemical Compounds
1-Naphthoic Acid
7%
2,4-D
11%
9-Anthroic Acid
5%
Acid
7%
Adsorption
8%
Anion Exchange
9%
Arene
5%
Aromatic Compound
5%
Chemical Water Pollutant
5%
Coal
12%
Column Like Crystal
10%
Ferrocyanide
11%
Fertilizer
5%
Fluoride
7%
Leaching
19%
Mass Balance
7%
Metal
13%
Methanol
10%
Mine Drainage
5%
Mineral
10%
Mixture
10%
Naphthalene
5%
Organic Acid
10%
Pentachlorophenol
8%
Pentamethylbenzene
7%
pH Effect
11%
pH Value
13%
Phenanthrene
9%
Prosulfuron
7%
Pyrolysis
7%
Risk Assessment
11%
Soil
100%
Soil Organic Matter
8%
Solute
19%
Sorption
45%
Surface
5%
Toxic
7%
Volume
5%