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Keyword [Chloroaniline]
Result: 1 - 20 | Page: 1 of 3
1. Selective Hydrogenation Of Chloronitrobenzene Or Cinnamaldehyde Over Supported Platinum Catalysts
2. Study On Selective Hydrogenation Of Chloronitrobenzene To Prepare Chloroaniline
3. Granulation And Microbial Molecular Ecology Of Aerobic Sludge For Degrading Aniline And Chloroaniline
4. Preparation Of Carbon Nanotubes Supported Metal Catalysts And Their Performance In Chloronitrobenzene Hydrogenation Reactions
5. A Study On Anaerobic Bioremediation Of Chlorophenols-contaminated Aquatic Sediment
6. Studies On Isolation And Characterazation Of A P-Chloroaniline-Degrading Bacterial Strain
7. Study On Catalytic Hydrogenation Of O-Chloronitrobenzene Over Nickel-Based Catalysts
8. Study On Reduction Of Mixed Nitrochlorobenzenes And Separation Of Mixed Chloroanilines
9. Preparation Of Platinum Supported On Activated Carbon And Synthesis Of P-chloroaniline
10. Study On Microbial Molecular Ecology In An Integrated ZVI-Aerobic Biodegradation System For Chloronitrobenzene
11. Liquid Phase Hydrogenation Of O-Chloronitrobenzene Over Supported Amorphous Alloy Catalysts
12. Study On Chloroaniline Removal By Aerobic Graules And High-Efficiency Chloroaniline-Degrading Strains
13. Study On The Selective Hydrogenation Of P-chloronitrobenzene To P-chloroaniline Over Mesoporous TiO2Supported Pt（Fe）
14. Degradation Of P-Chloroaniline In Aqueous Solution With Advanced Oxidation Technology Based On Pyrite Activated Persulfate
15. Study On The Synthesis Technology Of4-chloro-phenyl-hydrazine
16. Study On Chloroaniline Removal By Aerobic Graules And High-efficiency Chloroaniline-degrading Strains
17. Ni-b Amorphous Alloy Catalyst For Hydrogenation Of Chloroaniline The Study
18. Selective Hydrogenation Of Chloronitrobenzene To Chloroaniline Over Activated Carbon Supported PtM
19. Degradation Of P-Chloroaniline In Aqueous Solution With Advanced Oxidation Technology Based On Pyrite Activated Persulfate Under Aerobic Conditions
20. A Study On The Photodegradation And Olefin Epoxidation Catalysts Derived From Layered K4Nb6O17 And α-Zr（HPO4）2·H2O
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