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Keyword [silver sulfide]
Result: 21 - 40 | Page: 2 of 3
21. Synthesis Of Silver Sulfide Quantum Dots Based On Polyethyleneimine And Its Application In Detection
22. Study On The Phase Transition Mechanism And Shape Memory Effect Of Silver Sulfide
23. The Study Of Sulfate-radical Based Advanced Oxidation Processes For Degradation Of BPA
24. Preparation And Properties Of Carbon Quantum Dots And Silver Sulfide Composites
25. The Research Of Fluorescent Biosensing System For Biomacromolecules Based On Near Infrared Silver Sulfide Quantum Dots
26. Controllable Synthesis And Study On Catalytic Property Of Au-Ag/Ag2S Heterojunction Nanorods
27. Synthesis And Application Of Metal Sulfide-Mesoporous Silica Nanocomposites
28. Study On The Decontamination Performance Of Constructed Wetlands For Advanced Treatment Under The Stress Of Silver Nanoparticles Exposure
29. Study On Performances Of Catalytic Oxidation Of Metalloporphyrins Supported By Mesoporous Ag2S By RSM
30. Study On The Controllable Preparation Of Silver Sulfide Quantum Dots And Its Photocatalytic Performance
31. Solution processed silver sulfide thin films for filament memory applications
32. Electrodeposition of silver sulfide adlayers at silver(111) and electrodes of nanometer dimensions
33. Ultrafast electronic relaxation processes in semiconductor nanoparticles (silver iodide, silver iodide/silver sulfide, silver bromide/silver sulfide, silver sulfide, cupric sulfide, and copper sulfide) and carotenoids
34. The electrochemical excitation method and its applications to silver sulfide-based materials
35. THE ELECTROCHEMICAL BEHAVIOR OF SILVER SULFIDE
36. Study On Preparation And Performance Of Antibacterial Materials Based On Carbon Quantum Dots/Silver Sulfide
37. Research On The Preparation Of Silver Sulfide Nanocomposite And Its Application In The Field Of Sensors
38. Multi-Modal Theranostic Nanoprobes Based On Second Near-Infrared Emission Silver Sulfide Quantum Dots
39. Interface Engineering Of Silver Sulfide Thin Film Solar Cells
40. Construction And Biological Properties Of ZnO Based Nanorod Arrays On Titanium Surface
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