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Keyword [nano-Fe3O4]
Result: 61 - 80 | Page: 4 of 5
61. Fe3O4-carbon Nanomaterials Compounds Preparation And Their Properties As Cathode For Lithium Air Battery
62. The Study Of Sulfate-radical Based Advanced Oxidation Processes For Degradation Of BPA
63. Sequential Intercellular Delivery Nanosystem For Enhancing ROS-induced Anti-tumor Therapy
64. Preparation And Application Of Magnetic Porous And Carbon Composites
65. Study On Preparation And Performance Characteristics Of Prochloraz Capsule Suspension
66. Study On The Preparation And Evaluation Of Polymer-based Nano-powder Textile Composite Absorbing Material
67. Preparation And Properties Of Magnetic Molecularly Imprinted Materials For Selective Adsorption Of Sulfamethoxazole
68. Preparation Of Polyacrylic Acid-Polyethylene Glycol/Ethanolamine Polycondensate And Surface Modification Of Nanometer Ferroferric Oxide And Application
69. Study On Performance And Mechanism Of Atrazine Degradation By Penicillium Sp./nano Fe3O4 Composites
70. Synthesis And Solution Rheological Properties Of Polymer Coated Nanomagnetic Thickener
71. Synthesis And Adsorption-Catalytic Performance Of Modified Coke Loaded With Nano Fe3O4 As Magnetic Water Treatment Agent
72. Preparation Of PVA-SA Hydrogel Beads And Their Performance Of Adsorbing Antibiotics From Water
73. Preparation Of Fe3O4-reduced Graphene Oxide Nanocomposite And Its Adsorption Properties For Arsanilic Acid
74. Effects Of Nano Fe3O4-Modified Biochar On Iron Plaque Formation And Cd Accumulation In Rice
75. Effect Of Nanometer Fe3O4 Exposure On The Treatment Efficiency And Community Dynamics Of Phenol Wastewater In SBR System
76. Study On Preparation And Properties Of Immobilized Microspheres With Enhanced Phenol Degrading Bacteria
77. The Study Of Old Landfill Leachate By Electro-fenton Process Using Nano-Fe3O4@MOF As Catalyst
78. Preparation And Properties Of New Nano-composite Pour Point Depressant
79. Preparation And Modification Of Nano-Fe3O4/MnO2@graphene And Its Adsorption Of Pb(?)
80. Active Rheology Control Of Cementitious Materials Using Magnetic Field
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