118
6 Atomic Chains, Clusters, and Nanocrystals
Fig. 6.13 Sublayer-resolved Ni(110) a NEXAFS L 3 (2p 3/2 ) spectra and b L 3 -edge peak shift with
respect to the bulk component. Atomic undercoordination causes the core level entrapment. Panel
c illustrates the respective Ni(110) sublayers. Reprinted with permission from [79]. Copyright 2008
American Physical Society
Fig. 6.14 a Deposition time (min) dependent Ni 2p 3/2 CLS and b typical TEM images and the
histogram for Ni/SiO 2 growing 2 and 30 min, showing the cluster size reduction induced positive
core level shift. Reprinted with permission from [81]. Copyright 2010 Elsevier
6 Atomic Chains, Clusters, and Nanocrystals
Fig. 6.13 Sublayer-resolved Ni(110) a NEXAFS L 3 (2p 3/2 ) spectra and b L 3 -edge peak shift with
respect to the bulk component. Atomic undercoordination causes the core level entrapment. Panel
c illustrates the respective Ni(110) sublayers. Reprinted with permission from [79]. Copyright 2008
American Physical Society
Fig. 6.14 a Deposition time (min) dependent Ni 2p 3/2 CLS and b typical TEM images and the
histogram for Ni/SiO 2 growing 2 and 30 min, showing the cluster size reduction induced positive
core level shift. Reprinted with permission from [81]. Copyright 2010 Elsevier