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Keyword [lanthanide ion]
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1. The Study Of Interaction Among The Lanthanide Ions, Drug And Biomacromolecule With Fluorescence Spectrophotometry And Its Application
2. Syntheses, Structures And Magnetic Properties Of New Lanthanide-based Complexes With Chelated Ligands
3. Design, Synthesis,Structure And Application Based On Carboxylate Ligands And N-Donor Ligands Coordination Polymer
4. Coordination Assembly, Multidimensional Structures And Properties Of Lanthanide, Atkaline-earth Containing Tungstobismuthate Coordination Compounds
5. Design Of Radical-Metal Complexes With Different Coordination Sites: Structures And Magnetic Properties
6. Hydrothermal Synthesis And Properties Of Lanthanide Coordination Polymers Of Linear Organic Acids
7. Lanthanide Ion-doped Upconversion Nanocrystals @ Zno-Based Hetero-Nanostructures:Their Controlled Synthesis And Photocatalytic Performances
8. Hydrothermal Syntheses And Characterizations Of Lanthanide Coordination Polymers Of Aliphatic Dicarboxylic Acids
9. Synthesis And Superparamagnetic/Copper And Lead Ion Adsorption Properties Of Lanthanide Ion Doped Magnetite Nanomaterials
10. Spectroscopic Study On Lanthanide-doped KGd2F7 Nanocrystals
11. RNA-metal ion interactions and metal ion-induced conformational change in the spliceosomal U2-U6 snRNA complex studied by lanthanide ion luminescnece and resonance energy transfer techniques
12. Density functional theory investigation into mechanisms of metal ion-promoted and base-promoted phosphorothioate cleavage reactions and Lanthanide ion catalysts for kinetic resolution of amino acid esters
13. Intercalation Assembly And Photofunctional Investigation Of Luminescent Lanthanide Ions-doped Layered Lutetium Hydroxide Hybrid Materials
14. Preparation,properties And Mechanism Of Lanthanide Ion-doped Strontium Fluoride Fluorescent Materials
15. Preparation Of MnO2 Saturable Absorber And Wide-band Luminescent Rare Earth Ions Doped NaYF4 Nanoparticles For Optical Communication
16. Study On Preparation And Optical Temperature Measurement Performance Of Lanthanide Ion Up-conversion Luminescent Materials
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