- Direct imaging of intrinsic molecular orbitals using two-dimensional, epitaxially-grown, nanostructured graphene for study of single molecule and interactions - art. no. 153101
[作者:Zhou, HT; Mao, JH; Li, G; Wang, YL; Feng, XL; Du, SX; Mullen, K; Gao, HJ,期刊:Applied Physics Letters, 页码:53101-53101 , 文章类型: Article,,卷期:2011年99-15]
- Using epitaxially grown graphene on Ru(0001) as a buffer layer, the intrinsic molecular orbitals of perylene-3,4,9,10-tetracarboxylic dianhydride, pentacene, and C-60 molecules were imaged by means of scanning tunneling ...
- Determinant influence of surfaces on the Co clustering trend at ZnO - art. no. 153102
[作者:Sanchez, N; Gallego, S; Munoz, MC,期刊:Applied Physics Letters, 页码:53102-53102 , 文章类型: Article,,卷期:2011年99-15]
- Based on ab-initio calculations, we demonstrate that Co tends to cluster at the bulk host favoring [0001] planar structures. However, this tendency is modified at surfaces, involving energy variations an order of magnitu...
- Electrical performance of carbon nanotube-polymer composites at frequencies up to 220 GHz - art. no. 153109
[作者:Alshehri, AH; Jakubowska, M; Sloma, M; Horaczek, M; Rudka, D; Free, C; Carey, JD,期刊:Applied Physics Letters, 页码:53109-53109 , 文章类型: Article,,卷期:2011年99-15]
- We have measured the sub-THz electrical response of screen printed carbon nanotube-poly(methyl methacrylate) polymer composites up to 220 GHz, The measured electrical losses using mm long coplanar waveguide geometries av...
- Temperature dependent transport studies in InN quantum dots grown by droplet epitaxy on silicon nitride/Si substrate - art. no. 153114
[作者:Kumar, M; Roul, B; Shetty, A; Rajpalke, MK; Bhat, TN; Kalghatgi, AT; Krupanidhi, SB,期刊:Applied Physics Letters, 页码:53114-53114 , 文章类型: Article,,卷期:2011年99-15]
- InN quantum dots (QDs) were fabricated on silicon nitride/Si (111) substrate by droplet epitaxy. Single-crystalline structure of InN QDs was verified by transmission electron microscopy, and the chemical bonding configur...
- Atomic layer coating of hafnium oxide on carbon nanotubes for high-performance field emitters - art. no. 153115
[作者:Song, YI; Yang, CM; Kwac, LK; Kim, HG; Kim, YA,期刊:Applied Physics Letters, 页码:53115-53115 , 文章类型: Article,,卷期:2011年99-15]
- Carbon nanotubes coated with hafnium oxide exhibit excellent electron emission characteristics, including a low turn-on voltage, a high field enhancement factor, and exceptional current stability. Their enhanced emission...
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