Silicon nano-particles in SiO2 sol–gel film for nano-crystal memory device applications
Author:
Publisher
Elsevier BV
Subject
General Engineering
Reference6 articles.
1. Materials for Information Technology;Mikolajick,2005
2. Prospects for molecular-scale devices;Reed;IEDM Tech. Digest,1999
3. Structural properties of fluorinated SiO2 thin films
4. Raman study of the gel-to-glass conversion of fluorine-doped silica
5. Evidence of a high density of fixed negative charges in an insulation layer compound on silicon
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3. Synthesis of sol–gel SiO2-based materials using alkoxydisilane precursors: mechanisms and luminescence studies;Journal of Sol-Gel Science and Technology;2014-11-05
4. Bulk silica-based luminescent materials by sol-gel processing of non-conventional precursors;Applied Physics Letters;2012-10-22
5. Organic Spintronics;Organic Spintronics;2010-04-09
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