Raman spectra of B-doped and undoped SiNWs.

<div><p>We have successfully prepared a significant number of nanowires from non-toxic silicon sources. Compared to the SiO silicon source used in most other articles, our preparation method is much safer. It provides a simple and harmless new preparation method for the preparation of si...

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Bibliographic Details
Main Author:	Yang Feng (414202) (author)
Other Authors:	Ping Liang (30204) (author), Ziwen Xia (20577406) (author), Weiye Yang (11546508) (author), Hongyan Peng (6680009) (author), Shihua Zhao (475857) (author)
Published:	2025
Subjects:	Biophysics Genetics Molecular Biology Pharmacology Biotechnology Hematology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified Physical Sciences not elsewhere classified ω · cm several hundred nanometers optimal excitation wavelength keithley 2601b demonstrate coulomb blocking effect characterized using xrd 30 &# 8211 292 &# 215 quantum confinement effect therefore highly significant toxic silicon sources including biomedical imaging div >< p 8 </ sup silicon nanowires ), silicon nanowires toxic sio quantum tunneling significant number significant implications various applications surface state successfully prepared studies reveal spectra show smooth surfaces results indicate raw materials raman spectroscopy potential use potential applications photoelectric properties optical properties novel type much safer luminescent mechanism exceptional electrical diameters ranging considerable yield 60 nm 346 nm 234 nm
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Raman spectra of B-doped and undoped SiNWs.

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