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- W2097492052 abstract "The fabrication of silicon oxide nanopatterns using the local anodic oxidation (LAO) by a conducting AFM tip of different organic monolayer (decyl, dodecyl, hexadecyl and undecanoic acid)-modified Si(111) surfaces is reported. It is demonstrated that the threshold bias voltage of oxide formation increases with the monolayer thickness and decreases when acid end groups are used instead of methyl. The automatization of the LAO process has allowed the perfect replication of vectorized complex drawings (e.g. compass card and longship) on silicon using the undecanoic acid monolayer as the model molecular resist. Under optimized experimental conditions (namely, bias voltage of 8 V applied to the surface and writing rate of 1 μm s−1), highly reproducible and uniform 2–3 nm thick oxide patterns have been electrogenerated with a minimum lateral resolution of 80 nm. Interestingly, the silicon oxide nanopatterns have been selectively dissolved in diluted hydrogen fluoride solution to generate potentially reactive hydrogenated areas. These hydrogenated sites have then been used for the electroless deposition of gold nanoparticles by galvanic displacement. This approach was found to be convenient and fast to metallize the patterns initially produced by LAO. The average diameter of deposited gold particles decreased from 20 to 2 nm with decreasing the gold salt concentration from 100 to 1 μM." @default.
- W2097492052 created "2016-06-24" @default.
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- W2097492052 date "2012-01-01" @default.
- W2097492052 modified "2023-10-14" @default.
- W2097492052 title "Automated sub-100 nm local anodic oxidation (LAO)-directed nanopatterning of organic monolayer-modified silicon surfaces" @default.
- W2097492052 cites W1968749087 @default.
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- W2097492052 cites W1970021343 @default.
- W2097492052 cites W1970588492 @default.
- W2097492052 cites W1972042025 @default.
- W2097492052 cites W1974996510 @default.
- W2097492052 cites W1976535373 @default.
- W2097492052 cites W1979181770 @default.
- W2097492052 cites W1979256816 @default.
- W2097492052 cites W1985718625 @default.
- W2097492052 cites W1992818591 @default.
- W2097492052 cites W1992926160 @default.
- W2097492052 cites W1996717741 @default.
- W2097492052 cites W1997618980 @default.
- W2097492052 cites W1998068769 @default.
- W2097492052 cites W2000015317 @default.
- W2097492052 cites W2005522660 @default.
- W2097492052 cites W2006636911 @default.
- W2097492052 cites W2007605575 @default.
- W2097492052 cites W2008136979 @default.
- W2097492052 cites W2009791501 @default.
- W2097492052 cites W2010132176 @default.
- W2097492052 cites W2011488302 @default.
- W2097492052 cites W2013742851 @default.
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- W2097492052 cites W2016573269 @default.
- W2097492052 cites W2018399372 @default.
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- W2097492052 doi "https://doi.org/10.1039/c1ra00450f" @default.
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