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Keyword [iron reduction]
Result: 1 - 20 | Page: 1 of 5
1.
Removal Of NOx From Flue Gas With The Recovery Process Of Absorption With Acid Following Complex In Aqueous Solution And Reduction With Iron
2.
Pilot Research On Fluorochemical Wastewater Containing Chloromethane By Iron Reduction/flocculation Process
3.
The Environmental Chemical Effect Of Dissimilitary Iron Reduction On Cr(Ⅵ) Reduction In Paddy Soils
4.
The Effect Of Dissimilatory Fe(Ⅲ) Reduction On The Decomposition Of Different Benzene Analogs In Paddy Soils
5.
Effects Of Heavy Metals On Dissimilitary Iron Reduction In Paddy Soils
6.
The Reduction Of DNS By Zero-Valent Iron
7.
The Carbon Resource Utilization Characteristic Of Fe(Ⅲ) Reduction Microbe In Paddy Soil
8.
Effect Of Sulfate On Dissimilatory Iron Reduction In Paddy Soil
9.
The Cellulose Utilization Characteristic Of Fe(Ⅲ) Reduction Microbe In Paddy Soil
10.
Effect Of The Electron Transter On The Microbial Iron(Ⅲ) Reduction In Paddy Soils
11.
The Characteristics Of Microbial Iron Reduction And Identification Of Iron Reducers In Marine Sediments
12.
Study On Removal Of Nitrate From Groundwater By Zero-valent Iron Reduction Process
13.
The Relationship Between Microbial Fe(Ⅲ) Reduction Progress And Phosphate Concentration
14.
Investigation On Microbial Typical Function Groups Of Acid Mine Environment In Shizishan Sulfide Mine, Tongling, Anhui Province And Identification And Characterization Of Isolated Strain NJU-t1
15.
The Simultaneous Removal Of SO
2
and NO From Sintering Flue Gas By Ammonia-Fe（Ⅱ）EDTA Absorption In A Pilot-scale Reactor
16.
Separation And Characterization Of Dissolved Organic Matter With Different Components And Its Effect On Iron Reduction Process Of Alienation
17.
Zero-valent Iron Reduction, The Removal Of Hexavalent Chromium Contamination In Water
18.
The Release Regularities And Pollution Controlling Of Polychlorinated Biphenyls Of Sediments In Qiantang River
19.
The Remediation Of Para-chloronitrobenzene Contaminated Groundwater By Zero-valent Iron
20.
Relationship Bettween Dehydrogenase Activity And Microbial Iron Reduction With Different Carbon Sources In Paddy Soil
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