Add time:08/05/2019         Source:sciencedirect.com

Tm doped AlN (AlN:Tm) nanostructures such as nanowalls and hexagonal nanopillars were synthesized by plasma-assisted direct nitridation method without any catalyst or template. The AlN:Tm nanowalls exhibit strong photoluminescence in blue (460–480 nm), while nanopillars show strong emission lines in the near infrared spectral region (790–820 nm). Through hysteresis measurements, both AlN:Tm nanostructures exhibit room-temperature ferromagnetism. The saturation magnetization of AlN:Tm nanopillars is obviously larger than that of the nanowalls due to the geometry morphology. Both optical and magnetic properties of AlN:Tm nanostructures can be regulated through tuning the architectures. This work provides a new opportunity to design promising materials for optoelectronic and magnetic functionalities on a single chip.

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