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Keyword [pyrolysis method]
Result: 21 - 40 | Page: 2 of 3
21. The Study Of Mn/TiO2 Series Catalysts For Low-Temperature SCR Prepared By Ultrasonic Spray Pyrolysis Method
22. Synthesis And Characterization Of Magnetic-Fluorescent（Fe3O4@SiO2）/（PDDA/PSS）n/（CdS/PAMAM） Nanoparticles
23. Fabrication Of ZrO2 Modified C/SiC Composites Via Precursor Infiltration Pyrolysis Method And Properties Investigation
24. Study On The Preparetion And Performance Of ZnSnO3and CuPc/ZnO Gas Sensitive Materials
25. Synthesis, Characterization And Analytical Application Of Novel Functionalized Luminescent Materials
26. Preparation Of Doping Type SnO2Thin Film By Ultrasonic Spray Pyrolysis Method And Material Properties
27. Deposition And Characteristics Of ZnO Film By Ultrasonic Spray Pyrolysis Method
28. Preparation Of Nano-composite Ferrite And Its Application In Magnetic Resonance Imaging
29. Synthesis,Fluorescent Properties And LED Application Of The Nano-Carbon Dots
30. Characteristics Of DyBCO And CeO2 Thin Films Prepared By Ultrasonic Spray Pyrolysis Method
31. Preparation Of YAG: Ce 3 + Nanocrystals And Their Luminescent Properties
32. A Study Of Mesoporous Metal Oxides' Preparation And Applications By The Nitrates–Spray–Pyrolysis Method
33. Preparation And Gas-phase Photocatalytic Properities Of Dispersed Heterojunction Microspheres Photocatalysts Based On Titanium Dioxide By Spray Pyrolysis Method
34. Electrochemical Properties Of Carbon Nanostructures Derived From Rape Seed Shells
35. The Preparation And Optical Properties Of ZnO Thin Films Co-doped With K-N By Ultrasonic Spray Pyrolysis Method
36. Research On The Key Technology Of Preparing Flame Retardant Magnesium Hydroxide By Hydrate Pyrolysis Method
37. Study On The Preparation And Catalytic Performance Of Carbon-based Solid Acid Derived From Waste Paper
38. Adsorption Properties Of ZnCl2-modified Biochars Prepared From Co-pyrolysis Method
39. ZnO Nano-powders Synthesized By Spray Pyrolysis And ZnO Varistor
40. Preparation And Photocatalytic Performance Reasearch Of Structure-adjustable G-C3N4 By Co-pyrolysis Method
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