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Keyword [Fluoride ions]
Result: 1 - 20 | Page: 1 of 3
1. Defluoridation New Technology Of Water Using Lanthanide-modified Chitosan
2. A Nano-TiO2-KMnO4 Photocatalytic Oxidation System For Determination Of Chemical Oxygen Demand And A Study On Biodegradation Of Methyl Orange
3. Thermodynamics And Mechanism Study On Removal Of Lead And Fluoride Ions From Aqueous Solution By Adsorption Onto Attapulgite
4. Synergistic Effects Of Ferric And Fluoride Ions On Photocatalytic Degradation Of Methyl Orange
5. Synthesis Of Highly Hydrothermal Stable And Extraordinarily High Catalytic Performance Mesoporous Materials
6. Removal Of Cadmium Ions From Aqueous Solution By Adsorption
7. Study On Synthesis Of Different Types Of Hydroxyapatite And Their Adsorption Of Fluoride Ions
8. Removal Of The Excessive Fluoride Ions In Brick Tea Liquor By Modified Chitosan Beads
9. The Synthesis And Sensing Propetries Of The Nano Composite Optochemical Sensors For Fluoride Ions And Mercury Ions In Aqueous Solution
10. Adsorption Of Phosphate And Fluoride From Water By Using ZIF-8and NH2-MIL-101（Al）
11. Of Mg-al, Mg-fe-al Hydrotalcite Preparation And Study Of The Adsorption Of Fluoride Ions
12. Syntheses Of Cerium Benzen Tricarboxylic Acid Complexes And Adsorption Of Several Kinds Of Solution Anion
13. Design,Synthesis And Binding Ability Of Fluorescent Sensors Based On Novel F~- Induced Deprotonation Of The C-H Group Followed By Autoxidative Decvanation Process
14. Design,Synthesis And Binding Ability Of Chemodosimeter For Fluoride Ions Based On F~--triggered Si-O Bond Cleavage
15. The Design, Synthesis And Properties Of Highly Emissive Organic Solids
16. Small Molecule And Conjugated Polymer Fluorescent Chemosensors Based On Aromatic N-heterocycle
17. Adsorption Of Fluoride Ions From Aqueous Solutions By Ce(Ⅲ)-impregnated Activated Alumina
18. Dynamic Light Scattering Of Nanoparticle Used For Ions And Small Molecular Analyses
19. Adsorption Of Fluoride Ions In Aqueous Water By The Modiifed Portland Cement
20. Synthesis, Optical Properties And Application Of Novel BODIPY Fluorescent Chemosensors
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