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BROOKLYN, New York, Monday, January 26, 2021 - Atomically thin, 2D hexagonal boron nitride (h-BN) is a promising material whose protean ability to undergo phase transformations to strong, super lightweight, chemically stable, oxidation-resistant films makes them ideal for protective coatings, nanotechnology thermal applications, deep-UV light emitters, and much more.
The possibilities embodied in different polytypes of h-BN include the ultra-hard diamond phase, a cubic structure (c-BN) with strength and hardness second only to actual carbon diamonds. Key to fabricating such materials is the ability to induce and control the transformation between their various crystalline phases, in a way that is efficient and cost effective enough to allow for economies of scale. ....

New York , United States , Filip Popovic , Ryanl Hartman , Remi Dingreville , Filippo Cellini , Delton Chen , Francesco Lavini , Elisa Riedo , Angelo Bongiorno , City University Of New York , Nanotechnologies At Sandia National Laboratories , Tandon School Of Engineering , Riedo Picoforce Lab , Army Research Office , Sandia National Labs , Us Department Of Energy , Biomolecular Engineering , Sandia National Laboratories , Induced Formation , Mechanical Properties , Diamond Boron Nitride , City University , Picoforce Lab , Associate Professor , Army Research ,