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- W2326508335 abstract "Light-emitting transition metal ion doped 1D nanorods can be a suitable candidate for fabrication of the advanced opto-electronic-based nanodevices. Among various doped nanocrystals, Mn doped ZnSe nanocrystals are widely studied for their intense Mn d–d emission. However, this is mostly performed in the zinc blende phase of spherical ZnSe quantum dots. But, herein we study the strategy to dope Mn ions in wurtzite phase of 1D ZnSe nanorods. To achieve this, it is essential to control the 1D crystal growth of ZnSe to facilitate the adsorption of dopants. The anisotropic 1D nanostructures are designed following thermally controlled material diffusion process rather than the most widely expected kinetically driven crystal growth protocol, and the dopants are introduced at the appropriate stage of the growth for their adsorption. Using preformed magic size wurtzite ZnSe nanowires as the source material and fragmenting them at higher reaction temperature, ZnSe nanorods with variable aspect ratios are designed. These rods follow both inter- and intrarods material diffusion and retain the wurtzite phase throughout their transformation. This helps in understanding the insertion, adsorption, and retention of dopant Mn in the wurtzite phase of the 1D nanostructure." @default.
- W2326508335 created "2016-06-24" @default.
- W2326508335 creator A5034220753 @default.
- W2326508335 creator A5077141160 @default.
- W2326508335 creator A5078778056 @default.
- W2326508335 date "2013-03-08" @default.
- W2326508335 modified "2023-09-30" @default.
- W2326508335 title "Material Diffusion and Doping of Mn in Wurtzite ZnSe Nanorods" @default.
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- W2326508335 doi "https://doi.org/10.1021/jp400456t" @default.
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