Keyword [rare-earth]
Result: 61 - 80 | Page: 4 of 10 |
| 61. | Preparation, Structure, And Properties Of Ultrafine Rare Earth W-based Complex Oxides La-Fe-W-O Catalysts |
| 62. | Synthesis, Structure And Magnetic Properties Of Rare Earth-transition Metal Heteronuclear Complexes |
| 63. | Study On The Preparation Structure And Property Of MC Nylon/inorganic Nanocomposites |
| 64. | Design, Construction And Assembly Of Rare Earth Luminescent Hybrids Based On Novel Bridging Molecules |
| 65. | Organic Synthetic Reactions In Fluorous Biphasic System |
| 66. | Study On Microstructures Of Hot Dip Aluminized Coatings And Effects Of La |
| 67. | Synthesis And Thermochemistry Study Of Rare Earth Complexes With Amino Acids |
| 68. | Syntheses And Properties Of Lanthanide-doped Fluoride Nanomaterials As Luminescent Biolabels |
| 69. | Preparation And Properties Of Lanthanide-doped Fluorosilicate Transparent Glass-ceramics With Luminescence Behaviors |
| 70. | Enantioselective Synthesis Of 1,1'-Binaphthalene-2,2'-diol And Study On Magnetic Properties Of Rare Earth Metal Complexes Containing TCNQ |
| 71. | Study On Photo-catalysis Treatment Of NO_x In Flue Gases |
| 72. | Studies On Intercalation Assembly, Characterization And Properties Of Rare Earth Organic Complexes-Montmorillonite Supramolecular Composite Luminescent Materials |
| 73. | Synthesis And LB Film Characters Of Novel Side-chain Substituted Rare Earth Phthalocyaninto Complexes |
| 74. | High Cycle Fatigue Behavior Of AZ91 Series Magnesium Alloys |
| 75. | Synthesis, Characterization, Mechanism And Surface Dynamics Of Rare-Earth Doped Upconverting Nanomaterials |
| 76. | Synthesis Of Single-walled Carbon Nanotubes With Rare-earth Metal As Catalyst Component By Arc Discharge And Investigations Of Their High Pressure Induced Structural Transition |
| 77. | Synthesis Of Biodegradable Poly (Lactic Acid) |
| 78. | Studies On Synthesis, Characterization And Luminescence Properties Of Rare Earth Complexes With Multi-Amide Ligands |
| 79. | Synthesis And Luminescence Of Red Phosphors Based On The Rare-earth Borate Hosts |
| 80. | Search For New Borate Compounds And The Growth Of RbNbB2O6 Crystal |
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