Engineering & Materials Science
Trichloroethylene
100%
Hydrogen peroxide
77%
Oxidants
51%
Dichloroacetic acid
44%
Decomposition
43%
Degradation
41%
Contamination
38%
High performance liquid chromatography
30%
Paramagnetic resonance
26%
Remediation
25%
Groundwater
23%
Sulfates
22%
Byproducts
20%
Chemical activation
17%
Experiments
14%
Hot Temperature
9%
Earth & Environmental Sciences
siderite
70%
degradation product
67%
trichloroethylene
67%
hydrogen peroxide
62%
decomposition
42%
oxidant
41%
degradation
38%
contamination
26%
electron spin resonance
21%
hydroxyl radical
21%
liquid chromatography
20%
byproduct
17%
remediation
16%
experiment
15%
sulfate
14%
rate
13%
acid
12%
groundwater
12%
Chemical Compounds
Trichloroethene
90%
Degradation Product
56%
Hydrogen Peroxide
46%
Decomposition
38%
Hydroperoxyl
29%
Dichloroacetic Acid
27%
Groundwater
21%
Remediation
20%
Byproduct
19%
Superoxide
19%
EPR Spectroscopy
17%
Hydroxyl
16%
Heat
14%
Liquid Chromatography
14%