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ferric iron reduction (keyword)
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journal article EST
/
journal article ENG
Effect of iron ion on doxycycline photocatalytic and Fenton-based autocatatalytic decomposition
Bolobajev, Juri
;
Trapido, Marina
;
Goi, Anna
Chemosphere
2016
/
p. 220-226 : ill
https://doi.org/10.1016/j.chemosphere.2016.03.042
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journal article EST
/
journal article ENG
2
journal article EST
/
journal article ENG
Improvement in iron activation ability of alachlor Fenton-like oxidation by ascorbic acid
Bolobajev, Juri
;
Trapido, Marina
;
Goi, Anna
Chemical engineering journal
2015
/
p. 566-574 : ill
https://doi.org/10.1016/j.cej.2015.06.115
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journal article EST
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journal article ENG
3
journal article EST
/
journal article ENG
Interaction of tannic acid with ferric iron to assist 2,4,6-trichlorophenol catalytic decomposition and reuse of ferric sludge as a source of iron catalyst in Fenton-based treatment
Bolobajev, Juri
;
Trapido, Marina
;
Goi, Anna
Applied catalysis B : environmental
2016
/
p. 75-82 : ill
https://doi.org/10.1016/j.apcatb.2016.01.015
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journal article EST
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journal article ENG
4
journal article EST
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journal article ENG
Treatment of landfill leachate by continuously reused ferric oxyhydroxide sludge-activated hydrogen peroxide
Kattel, Eneliis
;
Trapido, Marina
;
Dulova, Niina
Chemical engineering journal
2016
/
p. 646-654 : ill
https://doi.org/10.1016/j.cej.2016.06.135
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journal article EST
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journal article ENG
Number of records 4, displaying
1 - 4
keyword
96
1.
ferric iron reduction
2.
ferric iron complexation
3.
ferric iron reductant
4.
Ferric iron-doxycycline complex
5.
dissimilatory iron reduction
6.
ferric sludge reuse
7.
chelated iron
8.
didymium-iron-boron
9.
iron
10.
iron age
11.
iron alloys bonded cermets
12.
iron- and sulphide mineralization
13.
iron boride
14.
iron catalysis
15.
iron chalcogenide
16.
iron compounds
17.
iron dissolution
18.
iron losses
19.
iron losses 3D model
20.
iron nanomaterials
21.
Iron Ore
22.
iron oxide nanoparticles
23.
iron oxides
24.
iron powder
25.
iron powder filler
26.
iron speciation
27.
iron-chromium-based binder
28.
iron-zinc phases
29.
iron–zinc phases
30.
late Iron Age
31.
late Iron Age, middle
32.
mixed iron catalyst
33.
Precambrian iron formations
34.
administrative burden reduction
35.
bacterial sulphate reduction
36.
birch reduction
37.
Bouguer reduction
38.
capacitance reduction
39.
carbon emission reduction
40.
carbothermal reduction
41.
chlorophenols reduction
42.
CO2 emission reduction
43.
CO2 reduction
44.
complexity reduction
45.
conservation voltage reduction (CVR)
46.
cooling load reduction
47.
cost reduction
48.
current ripple reduction (CRD)
49.
dictionary reduction
50.
dimensionality reduction
51.
disaster risk reduction
52.
drag reduction
53.
electrochemical reduction
54.
electrolytic reduction
55.
emission reduction
56.
emissions reduction
57.
energy reduction
58.
energy use reduction
59.
ethylene glycol reduction method
60.
false positive reduction
61.
frequency reduction
62.
genome reduction
63.
GHG emission reduction
64.
Glycerol production reduction
65.
greenhouse gas emissions reduction
66.
heating need reduction
67.
household wastes reduction
68.
joint reduction of oxides
69.
leakage current reduction (LCR)
70.
logical construction and phenomenological reduction
71.
metal oxides reduction
72.
model order reduction
73.
model order reduction (MOR)
74.
model reduction
75.
motion-reduction device
76.
nickel oxide reduction
77.
noise reduction
78.
overtime reduction
79.
oxidation-reduction
80.
oxidation-reduction potential
81.
oxidation–reduction potential
82.
oxygen reduction
83.
oxygen reduction reaction
84.
oxygen reduction reaction (ORR)
85.
power reduction
86.
reduction
87.
reduction mechanism
88.
reduction of poverty
89.
reduction theory
90.
risk reduction
91.
SO2 reduction
92.
sulphate reduction
93.
test-suite reduction
94.
tire consumption reduction
95.
vibration reduction
96.
workload reduction
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