Add time:08/27/2019         Source:sciencedirect.com

Magnesium boride (cas 12795-15-2), a widely known superconductor, was converted from crystals to nanotubes whose diameter was approximately 5 nm by a hydrothermal reaction in an autoclave containing aqueous NaOH solution of 25 mol L−1. The reaction time and temperature were varied to determine the optimum conditions for nanotube formation. This investigation revealed that at a temperature of around 170 °C with a reaction time of 170 h, magnesium boride nanotubes could be successfully synthesized. These nanotubes could then be purified using a dielectrophoretic manipulation to selectively capture them, thus providing a high purity sample for future investigations into their physical properties.

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