Carbon Nitride Nanotubulite – Densely-packed and Well-aligned Tubular Nanostructures
Tubular carbon nitride (CNx, x=0.01–0.32) nanoparticles were successfully synthesized by d.c. magnetron sputtering. These tubes were grown in a highly packed form perpendicularly on a sodium chloride substrate. Their number density is estimated to be ∼1×104 per μm2 and is constant over macroscopic regions. Sub-nanometer scale chemical mapping shows that the nitrogen to carbon atomic ratio is rather constant across these tubes. This successful synthesis of a nanotubulite – made of a rather compact aggregation of tubular nanoparticles – could facilitate experimental approaches to measure mechanical or electrical transport properties of such nanotubes and to open the way to variable nanotube applications.
Hellgren, Niklas; Suenaga, Kazutomo; Johansson, Mats P.; Broitman, Esteban; Wallenberg, Reine L.; Colliex, Christian; Sundgren, Jan Eric; and Hultman, Lars G., "Carbon Nitride Nanotubulite – Densely-packed and Well-aligned Tubular Nanostructures" (1999). Mathematics, Physics, and Statistics Educator Scholarship. 9.