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Keyword [Lead dioxide electrode]
Result: 1 - 20 | Page: 1 of 3
1. Study On The Degradation Of The Wastewater Containing Phenol By Electrochemical Oxidation
2. Studies On Forming Law Of Hydroxyl Radical During Electrolysis And Treatment Of Wastewater With Organic Pollutants
3. Study On The Degradation Of Refractory Organic Wastewater By Electrolysis On A New Lead Dioxide Electrode
4. Study On Comparation Of Electro-catalytic Characteristics Of Different Ti-based PbO2 And Impact Factors On Generation Of Hydroxyl Radicals In The Process Of Electrolysis
5. Study On Treatment Of Wastewater Containing Phenols With Doped PbO2/Ti Electrode
6. The Integration Of Anaerobic Microbial Treatment And Microbial Fuel Cell
7. Study On Treatment Of Nitrobenzene Wastewater With Ti-based PbO2 Electrode
8. Degradation For Nitrogenous Pollutants In Water By Electrochemical Oxidation
9. Study On Preparation And Application Of New Ti-Supported Lead Dioxide Electrode
10. Study On The Degradation Of Refractory Organic Wastewater By Electrolysis On A New Lead Dioxide Electrode
11. Controllable Preparation Of Titanium-Matrix Lead Dioxide Electrode And Research On Its Properties
12. A Novel Bath For Preparation Of Lead Dioxide Electrode And Its Nucleation Mechanism
13. Preparation And Performance Investigation Of Lead Dioxide Electrode On Iron Matrix
14. Preparation Of Carbon Fiber Based Lead Dioxide Electrode And Electrochemical Oxidation Behavior Of Nitrogen Heterocyclic Compounds
15. Electrocatalytic Degradation Of Ibuprofen In Aqueous Solution By Cobalt Doped Modified Lead Dioxide Electrode
16. Preparation Of Modified Lead Dioxide Electrode And Research Of The Electro-catalytic Properties
17. Preparation Methods On The Lead Dioxide Electrode Structure And Properties Of Impact
18. The Porous Titanium Substrate PbO2 Tubular Membrane Electrode Preparation And Application
19. Electrocatalytic Degradation Of Cellulose On Lead Dioxide Anode
20. Material Evidence Technology Research For The Regulation Of Wastewater Illegal Discharge And Electrodes Development For Chemical Oxygen Demand Monitoring By Electrochemical Method
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