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Keyword [4-nitrophenol]
Result: 41 - 60 | Page: 3 of 8
41. Preparation And Properties Of Au NPs/ Graphene Hybrid
42. Applications Of Graphene Oxide, Carbon Quantum Dots Nanocomposites In Catalytic Degradation Of Environmental Pollutants, Biological Sample Testing
43. Walnut Polyphenol Extract Attenuates Immunotoxicity Induced By 4-Pentylphenol And 3-Methyl-4-Nitrophenol In Murine Splenic Lymphocyte
44. The Synthesis And Catalytic Activities Of Supported Nickel And Nickel-palladium Nanocatalysts
45. Facile And Green Synthesis Of ZnO Nanocomposites With Photocatalytic Degradation For 4-Nitrophenol
46. Cu And Ni-Based Nanocatalytic Materials Derived From Metal-Organic Frameworks For Catalytci Applicaitons
47. Preparation Of Pt-supported Nanocomposite Catalysts For Hydrogenation Of 4-Nitrophenol
48. Preparation And Study Of Supported Pt Catalyst Based On Dendrimer Template
49. Preparation And Properties Of Metal Nanoparticle Catalysts Embeded Between Two Supports Of Reduced Graphene Oxide Nanosheets And A Polypyrrole Layer
50. Synthesis Of Monolayer Aggregate Nanometer Gold Carrier Catalyst And Its Catalytic Performance Regulation
51. Study On The Structure And Electrochemical Sensitivity Of Cationic Phthalocyanine / Carbon Composites
52. Synthesis And Application Of Branched Gold Nanostructures For Catalytic Reduction Of 4-Nitrophenol And Copper Ions Detection In Water
53. The Design,Synthesis, And Application Of Supported Proline Organocatalysts And Gold Catalysts
54. The Design And Performance Of A New Type Of Magnetically-Recoverable "Triazole-Transition Metal" Catalyst
55. Preparation Of Copper-nickel-based Nanocatalysts And Its Catalytic Performance For 4-nitrophenol
56. The Study Of Preparation And Catalytic Performance Of Bacterial Cellulose-supported Gold Nanoparticles
57. Synthesis Of Magnetic Catalysts And The Study Of Their Catalytic Performance For 4-Nitrophenol Reduction
58. Synthesis And Applications Of Gold Nanoparticles Supported By Modified Yeast Cells
59. Preparation Of Polystyrene Particles And Their Application In The Field Of Catalytic Degradation
60. Application Of Metal And Graphene Composites For Electrochemical Sensors
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