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Keyword [Metal ligand]
Result: 21 - 40 | Page: 2 of 5
21. Iron (?) Complexes For Reduction Of NAD~+ Analogues And Catalytic Hydroboration Of Pyridines
22. Synthesis Of Ionic Triblock Or Grafted Copolymer Composite Thermoplastic Elastomers And Their Structure-property Study
23. Construction And Properties Of Multiple Stimuli Responsive Supramolecular Polymers
24. Self-healing Elastomer Based On Dual Cross-links Of Metal-ligand Coordination And Hydrogen Bonding
25. Enhancement Of Metal-Metal Interactions Via Host-Guest Interactions
26. Preparation And Properties Of Ruthenium-hydroxypyridyl Cooperative Catalysts For Transfer Hydrogenation Of Ketones
27. Metal-Ligand Bifunctional Iridium-catalyzed Hydrogen Transfer Reaction
28. Facile Synthesis Of Natural Polymer-based Self-healing Hydrogels With Enhanced Mechanical Properties Via Sacrificial Metal-ligand Bonds Interaction
29. Design And Properties Of Self-healing Materials Based On Novel Microcapsules And Metal/Ligand
30. Theoretical Investigations Of Photophysical Properties Of Common Metal Fe(?) Complexes And Their Application Prospect Analysis
31. Studies On Preparation And Properties Of Self-healing Polyurethane
32. The Design And Synthesis Of Smart Responsive Optical Functional Materials For Rewritable And Security Printing
33. Surface Functionalization Of Ruthenium Nanoparticles By Metal-Ligand Interfacial Bonds And Application In Catalysis
34. Supramolecular Elastomers Based On Metal-ligand Interaction:Design And Characterization
35. Preparation And Properties Of Block Copolymer Materials Based On Metal Ligands
36. Stretchable And Functional Hydrogels Based On Noncovalent/Dynamic Covalent Bonds
37. Preparations And Properties Of Self-healing Elastomers Crosslinked By Metal-ligand Coordination
38. The Preparation And Performance Evaluation Of A Self-healing Electrorheological Elastomer
39. Design And Synthesis Of Nnn Pincer Ligands Bearing Remote Auxiliary Acid Center(S),and Applications Of Their Ru(?) Complexes In Transfer Hydrogenation Reaction
40. Synthesis And Characterization Of Supramolecular Elastomers Based On Metal-ligand Interaction And Ionic Hydrogen Bond
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