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Keyword [carboranes]
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1. Synthesis, Characterization And Properties Of Carborane-Containing Polyurethanes
2. Studies On Selective Acetoxylation And Chlorination Of O-carboranes Via B-H Activation
3. Studies On The Regioselective Alkenylation And Acetoxylation Of O-Carboranes Via Electrophilic B-H Activation
4. Studies On Selective Acetoxylation And Arylation Of O-carboranes Via B-H Activation
5. Transformation Of B-B Bond In B(3,6)-dipinacolatoboryl-o-carborane
6. Theoretical Studies On B–H Bond Activation/Functionalization And The Intermolecular Aminoarylation Of Alkynes
7. Transform ACQ Luminophores To AIEgens Via Engineering The Variable C-C Bonds Of O-carboranes In Fluorescent Cores
8. Preparation And Performance Study Of Organic-inorganic Hybrid Heat-resistant Oxidation, Wave-transmitting Phthalonitrile Resin
9. Synthesis and biomedical applications of novel carboranes
10. Part one: Synthesis of carboranes and metallacarboranes for use as molecular building blocks and motors. Part two: The synthesis of self-assembling fullerenes for use in organic photovoltaic devices
11. Carboranes: Building Blocks for Materials and Ligand Developmen
12. Synthesis, structural characterization and reactivity study of novel twelve-, thirteen, and fourteen-vertex carboranes and their derivatives
13. Synthesis, structural characterization and reactivity of metallacarboranes of lanthanides and early transition metals
14. The development of new routes to half-sandwich metallatricarbadecaborane complexes, triflate-functionalized polyboranes and carboranes, and ammonia borane hydrogen release
15. Reactions of icosahedral carboranes with inorganic and organic azides
16. Carboranes: Versatile synthetic building blocks for novel materials
17. Expanding the chemistry of closo-carboranes
18. The synthesis of perfluorinated compounds by direct fluorination: Organometallic compounds and carboranes
19. The synthesis of glycosyl carboranes and carboranyl diacids and diamines as precursors to reagents for boron neutron capture therapy
20. The Use of Carboranes in Electrolyte Design and Ligand Developmen
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