Amine-Boranes as Organic Ligands for Surface Functionalization
Researchers at Purdue University have developed a method for surface functionalization of semiconductors, conductors, and dielectric materials, using amine-boranes bearing reactive functional groups as organic ligands via self-assembly. With the self-assembly of such ligands, these surfaces may provide numerous applications. In addition to use in electronics, amine-boranes are reducing agents, making them potentially useful for adhesives, protective coatings, and on-demand hydrogen sources. The developed technology includes a method to modify the surface characteristics of dielectric materials, improving the mobility of charge carriers.
Access to a novel class of amine-borane based organic ligands Surface functionalization via self-assemblyModifiable for other implementations Dielectric materials with improved mobility of charge carriers
Semiconductors and conductors Dielectric materials Organic electronics and bioelectronics Biomaterials Adhesives, protective coatings, and on-demand hydrogen sources
P. RamachandranPVR Research GroupPurdue Chemistry
United States
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