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• W1958458397 endingPage "1256" @default.
• W1958458397 startingPage "1249" @default.
• W1958458397 abstract "Nanofiber bundles of Ag2S, Ag2Se, and Ag have been successfully synthesized by making use of Ag2C2O4 template nanofiber bundles, utilizing both anion-exchange and redox reactions. The obtained bundles were polycrystalline nanofibers composed of nanoparticles in which the precursor morphology was well-preserved, indicating that Ag2C2O4 nanofiber bundles acted as a general sacrificial template for the synthesis of silver-based semiconductor and metal nanofibers. Dispersing media and transforming reactants were found to be key factors influencing the chemical transformation in the system. In particular, separate single-crystalline Ag nanofibers were obtained via a nontemplate route when ascorbic acid was used as a relatively weak reductant. An electrical transfer and switching device was built with the obtained Ag2S and Ag nanofiber bundles, utilizing the unique ion-conductor nature of Ag2S and revealing their potential applications in electronics." @default.
• W1958458397 created "2016-06-24" @default.
• W1958458397 creator A5049560535 @default.
• W1958458397 creator A5052874755 @default.
• W1958458397 date "2008-04-09" @default.
• W1958458397 modified "2023-10-16" @default.
• W1958458397 title "Controlled Synthesis of Ag₂S, Ag₂Se, and Ag Nanofibers by Using a General Sacrificial Template and Their Application in Electronic Device Fabrication" @default.
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• W1958458397 doi "https://doi.org/10.1002/adfm.200700953" @default.
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