page_title: BCN nanotube
hierarchical_section_title: BCN nanotube
caption_attribution_description: (a) High-magnified SEM image of VA-BC2NNTAs, (b) SAED pattern and (c) HRTEM image of VA-BC2NNTAs, (d) Top-view SEM image and (e) TEM image of VA-BC2NNTAs
context_page_description: BCN nanotubes are tubular structures with a sub-micrometer diameter and a length much longer than diameter. They are composed of comparable amounts of boron, carbon and nitrogen atoms.
  First made in 1994, synthesis methods have included: arc-discharge, laser ablation, chemical vapor deposition, template route, and pyrolysis techniques. Single-walled B–C–N nanotubes have been made with a hot-filament method.
context_section_description: BCN nanotubes are tubular structures with a sub-micrometer diameter and a length much longer than diameter. They are composed of comparable amounts of boron, carbon and nitrogen atoms.
  First made in 1994, synthesis methods have included: arc-discharge, laser ablation, chemical vapor deposition (CVD), template route, and pyrolysis techniques. Single-walled B–C–N nanotubes have been made with a hot-filament method.
caption: (a,d,e) Electron micrographs of BC2N nanotubes, (b) Electron diffraction pattern, (c) fragment of the nanotube wall.[1]
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