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Keyword [Gas sensing]
Result: 21 - 40 | Page: 2 of 10
21. Preparation And Gas Sensing Properties Of In2O3-based Nanomaterials With Different Structures
22. Study On The Relationship Between Structure And Gas Sensing And Fluorescence Properties Of Several Mesoporous Materials
23. Synthesis And Property Of Hierarchical Micro-/Nanostructures Of Transitional Metal Compounds
24. Surface Modification And Gas Sensing Properties Of Vanadium Oxide Nanotubes
25. Research On Fabircation And Sensing Propeties Of Gas Sensors Based On Carbon Nanotube Films
26. One-dimensional Oxide Material: Electrospinning Fabrication And Their Optical And Gas Sensing Properties
27. Investigation Of WO3 Micro/Nano Structure Synthesized By Hydrothermal Method On Sensing And Photoelectrical Properties
28. Synthesis Of Vanadium-based Oxides Nanostructures And Their Smart Properties
29. Study On Preparation And Gas Sensing, Photocatalytic Properties Of Nanometer Zno
30. Controlled Synthesis And Gas-Sensing Properties Study Of Nanostructured ZnO, In2O3 And SnO2
31. Preparation Of ZnO / ZnS Nanometer Materials Exposed To {001} High Energy Surface And Its Enhanced Photocatalytic And Sensitive Properties
32. First - Principles Study On Hydrogen Storage And Gas - Sensing Properties Of Modified Graphene And The Doping Properties Of Silicon Nanobelts
33. Preparation And Gas - Sensing Properties Of Indium Dioxide - Based Composite Nanomaterials
34. Research On Preparation, Characterization And Application Of Polyvanadate As The Matrix
35. Ferrite Composite Oxide (the Mfe <sub> 2 </ Sub> O <sub> 4 </ Sub>) Series Of Gas-sensing Material Preparation And New Type Of Gas Sensor Research
36. Structural Transformation And Related Physical Properties Of Iron Oxide Nanocomposite
37. Preparation And Performances Of Photosensitive/Gas-sensitive Semiconductor Nanomaterials
38. Design, Synthesis And Gas Sensing Investigation Of Functional Nanomaterials
39. Study Of Photoelectric Gas Sensing Propetries Of ZnO Nano-composites
40. Preparation And Gas Sensing Properties Of Metalophthalocyanine And Carbon Nanotube Hybrid Materials
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