Keyword [Solvothermal]
Result: 61 - 80 | Page: 4 of 10 |
| 61. | Solvothermal Synthesis And Magnetocaloric Effect Of Fe3O4 Nanoparticles And Microspheres |
| 62. | ZnO Nanomaterials: Hydrothermal/Solvothermal Preparation And Properties Study |
| 63. | Controllable Synthesis And Optoelectronic Investigations Of Semiconductor Nanomaterials With Well-regulated Architectures |
| 64. | Solvothermal Syntheses, Structure And Properties Of Multinary Chalcogenidometalates |
| 65. | Study On Solvothermal Synthesis Of Nickel, Aluminum Compounds Micro/Nanomaterials |
| 66. | Solvothermal Synthesis Of Co Particles And Magnetic Properties |
| 67. | Synthesis And Characterization Of Some Molybdate And Borate |
| 68. | High Temperature Hydrothermal, Solvothermal Synthesis Of Stable And Multiple Functional Mesoporous Materials |
| 69. | Synthesis,Struchtres,and Properties Pof Metal-Organic Frameworks Based On Dicarboxyl And Bipyridy Mixedligands |
| 70. | Synthesis,Structure And Characterization Of Metal-pyridylimidazoledicarbozylic Frameworks |
| 71. | Controllable Synthesis And Characterization Of Micron And Nanoscale Bismuth Oxybromides And Metal Selenides And Tellurides |
| 72. | Solution-phase Preparation, Characterization And Properties Of Ternary Oxide Micro/nanomaterials |
| 73. | Design, Synthesis And Photocatalytic Activity Of Bismuth-based Photocatalysts With Ionic Liquids |
| 74. | Preparation Of ZnO / ZnS Nanometer Materials Exposed To {001} High Energy Surface And Its Enhanced Photocatalytic And Sensitive Properties |
| 75. | The Enhanced Photocatalytic Performance Of {111} Plane NiO, CoO, Cu 2 Se And Cu 2 O / Cu < Its Physical Mechanism Research |
| 76. | Synthesis And Analytical Application Of The Magnetic Nanomaterials |
| 77. | Synthesis And Magnetic Properties Of Spinel-type Ferrite Hollow/porous Microspheres |
| 78. | Solvothermal Synthesis Of Polychlorinated Polycyclic Aromatic Compounds, Separation And Characterization |
| 79. | Porous Oxide Nano-block And Composite Light-emitting Materials |
| 80. | Synthesis And Characterization Of Highly Active Nano TiO2, And Its Visible Light Photocatalytic Properties |
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