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Keyword [carbyne]
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1. First-Principles Study Of Molecular Symmetry And Chirality: Carbyne Knots And Amino Acids
2. 1. The Synthesis And Properties Of High-valent Transition-metal Phosphonio-methyliden/yne Complexes 2. The Application Of Electron-rich Cobalt Complexes In C-H Bond Activation
3. Study On The Synthesis Of Linear Carbon By Two-steps Method Of Oxidative Coupling Of Copper Acetylide And The Application
4. Study On The Synthesis Of Linear Carbon By Oxidation-dehydrate And Dehydrogenate Of PVA
5. Preparation And Electrochemical Performance Of Cathode Material Carbyne Polysulfide For Lithium Batteries
6. Synthesis Of High-Valent Tantalum And Niobium Phosphoniomethylidyne Complexes
7. The "Water Wave Effect" In Graphene And Its Connecting Structures
8. Synthesis And Property Study Of New Ruthenium Olefin Metathesis Complexes
9. 1. Application Of Electron-rich Iron, Cobalt And Nickel Complexes Supported By Phosphine Ligands In C-H Bond Activation 2.Synthesis And Properties Of High-valent Transition-metal Phosphinio-methyliden/Yne Complexes
10. Synthesis And Property Study Of New Ru-Based Olefin Metathesis Complexes
11. Single-Charality Separation Of Single-walled Carbon Nanotubes And Synthesis Of Carbon Nanowires
12. Arc Discharge Preparation And Structural Characterization Of Sp-based One-dimensional Carbon Nanomaterials
13. Reactivity Of Ruthenium Carbene,Vinylidene And Allenylidene Complexes With Phosphine Ligands
14. Synthesis And Organometallic Properties Of Osmium Benzylidyne Complexes
15. Syntheses, quantum chemical modeling, and spectroscopic properties of wirelike, luminescent mono- and bi-metallic rhenium(I) carbyne complexes
16. Group VI terminal carbyne complexes
17. Preparation and photochemistry of low-valent metal carbynes
18. THE REDUCTION OF CARBON-NITROGEN AND METAL-NITROGEN TRIPLE BONDS BY M(2)(OR)(6) COMPOUNDS (DIMETAL, CARBYNE, IMIDO)
19. Macrocycles as Hosts: A Strategy to Isolate and Deiodinate Poly(diiododiacetylene) to Form Carbyn
20. Scale-span Structural Designs And Mechanical Properties Of Super-strong Carbon-based Fibers
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