Review Article
Nanobismuth: Fabrication, Optical, and Plasmonic Properties—Emerging Applications
Table 1
The direct growth of Bi nanowires by PVD methods.
| Growth technique | Temperature (°C) | Deposition rate (nm/s) | Length (μm) | Diameter (nm) | Growth time (min) | Substrate |
| Tip growth | | | | | | | RF sputtering | 200 | 0.67 | ∼10 | 140 | 10 | Si (111) [88] | RF sputtering | 200 | 0.7 | 10s | 100∼300 | 10 | Transition metal films (Fe, Ni, and Co) and W, Pt, and Au on oxidized Si, Si (111), oxidized Si (100), and fused quartz [86] | RF sputtering and thermal evaporation | 110∼140 | 0.04∼0.12 | 16 ± 1 | 500 | 70∼210 | Glass, Si (100), Si (111), and GaAs (100) [38] | RF sputtering | 120 | 0.03∼0.09 | 3∼16 | 80∼120 | 18.5∼55 | Si (111) [40] | RF sputtering | RT∼200 | 0.044∼0.341 | 3∼40 | 80∼400 | 40 | Si and glass [41] | Root growth | | | | | | | RF sputtering | 120∼160 | 4 | 10∼50 | 171∼1800 | 4 | Glass [87] | RF sputtering | 0∼75 | 0.1∼0.2 | 0.5∼30 | 60∼200 | 4.2∼8.3 | Porous vanadium film [39] |
|
|