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journal article EST
/
journal article ENG
Degradation of naproxen by ferrous ion-activated hydrogen peroxide, persulfate and combined hydrogen peroxide/persulfate processes : the effect of citric acid addition
Dulova, Niina
;
Kattel, Eneliis
;
Trapido, Marina
Chemical engineering journal
2017
/
p. 254-263 : ill
https://doi.org/10.1016/j.cej.2016.07.006
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journal article EST
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journal article ENG
Number of records 1, displaying
1 - 1
keyword
144
1.
in situ chemical oxidation
2.
chemical oxidation
3.
Ex situ
4.
Ex situ FTIR and XRD
5.
ex-situ synthesis
6.
fluorescence in situ hybridisation
7.
in situ cermet
8.
In situ fibrillation
9.
In situ measurements
10.
in situ nanofibrillation
11.
in situ oceanic observations
12.
in situ reinforcement
13.
in situ synthesis
14.
in situ tensile test in SEM
15.
in-situ alloying
16.
in-situ assessment
17.
in-situ burning
18.
in-situ conversion process
19.
In-situ fabrication
20.
in-situ measurements
21.
in-situ monitoring
22.
in-situ resource utilization
23.
in-situ resource utilization (ISRU)
24.
in-situ synthesis
25.
in-situ tensile test in SEM
26.
activated persulfate oxidation
27.
advanced oxidation
28.
advanced oxidation process
29.
advanced oxidation process (AOP)
30.
advanced oxidation processes
31.
advanced oxidation processes (AOPs)
32.
aerobic oxidation
33.
anaerobic oxidation of methane
34.
anodic oxidation
35.
asymmetric oxidation
36.
asymmetric oxidation of sulfide
37.
Baeyer-Villiger oxidation
38.
biological oxidation
39.
CO oxidation
40.
continuous-flow oxidation reactor
41.
erosion-oxidation
42.
fatty acid oxidation products
43.
Fenton oxidation
44.
fenton-like oxidation
45.
free radical oxidation
46.
glucose auto-oxidation
47.
great oxidation event
48.
high temperature oxidation
49.
lipid oxidation
50.
methanol oxidation reaction
51.
methionine oxidation
52.
microwave oxidation
53.
nitric acid oxidation
54.
oxidation
55.
oxidation behavior
56.
oxidation pathway
57.
Oxidation reactions
58.
oxidation reactivity
59.
oxidation resistance
60.
oxidation-reduction
61.
oxidation-reduction potential
62.
oxidation–reduction potential
63.
partial wet oxidation
64.
persulfate oxidation
65.
persulphate oxidation
66.
photocatalytic oxidation
67.
photoelectrocatalytic oxidation
68.
plasma electrolytic oxidation
69.
pyrite oxidation
70.
specific nitrite oxidation rate
71.
sulfate reducing ammonium oxidation (SULFAMMOX)
72.
sulfate-reducing ammonium oxidation
73.
sulfide oxidation
74.
sulfur oxidation
75.
sulphide oxidation
76.
titanium-catalytic oxidation
77.
wet air oxidation
78.
wet oxidation
79.
aerosol assisted chemical vapour deposition (AACVD)
80.
chemical activation
81.
chemical and mineralogical composition
82.
chemical bath deposited CdS
83.
chemical bath deposition
84.
chemical bonding
85.
Chemical characterization
86.
chemical composition
87.
chemical contamination
88.
chemical corrosion
89.
chemical decontamination
90.
chemical detection
91.
chemical displacers
92.
chemical elements
93.
chemical emissions
94.
chemical etching
95.
chemical hazards
96.
chemical industry
97.
chemical leaching
98.
chemical mixtures
99.
chemical modification
100.
chemical ordering
101.
chemical physics
102.
chemical pollution
103.
chemical post-deposition treatment
104.
chemical precipitation
105.
chemical pre-treatment
106.
chemical probes
107.
chemical processes
108.
chemical profile
109.
chemical properties
110.
chemical reactions
111.
chemical regeneration
112.
chemical sensing
113.
chemical sensors
114.
chemical shift constraints
115.
chemical shift imaging
116.
Chemical spray pyrolysis
117.
chemical spray pyrolysis (CSP)
118.
chemical synthesis
119.
chemical technologies
120.
chemical transformation
121.
chemical treatment
122.
chemical unzipping
123.
Chemical Vapor Deposition
124.
chemical vapor infiltration
125.
chemical vapor transport (CVT)
126.
chemical warfare agent
127.
chemical warfare agent degradation products
128.
chemical warfare agents
129.
chemical-bath deposition
130.
combined chemical–biological treatment
131.
environmental, chemical, transportation hazards
132.
oil and chemical spills
133.
peat physico-chemical properties
134.
physical and chemical processes
135.
physico-chemical methods
136.
physico-chemical properties
137.
physio-chemical properties
138.
quantitative chemical analysis
139.
quantum chemical calculations
140.
remedial chemical
141.
Storable chemical energy
142.
surface chemical composition
143.
wet chemical precipitation
144.
15N chemical shift tensors
subject term
1
1.
in situ meetod
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