Download Functional Metal Oxide Nanostructures by Junqiao Wu, Jinbo Cao, Wei-Qiang Han, Anderson Janotti, PDF
By Junqiao Wu, Jinbo Cao, Wei-Qiang Han, Anderson Janotti, Ho-Cheol Kim
Metal oxides and especially their nanostructures have emerged as animportant type of fabrics with a wealthy spectrum of homes and greatpotential for equipment purposes. during this e-book, contributions from leadingexperts emphasize uncomplicated actual homes, synthesis and processing, and thelatest purposes in such parts as power, catalysis and information garage. Functional steel Oxide Nanostructuresis an important reference for any fabrics scientist or engineer with aninterest in steel oxides, and especially in fresh development in defectphysics, pressure results, solution-based synthesis, ionic conduction, and theirapplications.
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Additional info for Functional Metal Oxide Nanostructures
It has been proposed that Ga or In substituting on Sn site would result in shallow acceptors. We anticipate that 30 A. Janotti et al. Fig. 2 Formation energy as a function of Fermi-level position for donor-type centers in SnO2: oxygen vacancy VO, tin interstitial Sni, tin antisite SnO, hydrogen interstitial Hi, and substitutional hydrogen HO. These results were obtained using the LDA/LDA + U approach . The zero of Fermi level corresponds to the valence-band maximum. For Fermi-level positions near the conduction band VO is stable in the neutral charge state whereas Sni and SnO are stable in the 4+ charge state difficulties in making SnO2 p-type may arise due to the formation of small hole polarons.
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B, Rapid Commun. 82, 241101 (2010) 26. : Superelastic metal-insulator phase transition in single-crystal VO2 nanobeams. Phys. Rev. B Condens. Matter Mater. Phys. 80, 241105(R) (2009) 27. : Direct correlation of structural domain formation with the metal insulator transition in a VO2 nanobeam. Nano Lett. 9(12), 4527–4532 (2009) 28. : Surface-stress-induced Mott transition and nature of associated spatial phase transition in single crystalline VO2 nanowires. Nano Lett. 9(10), 3392–3397 (2009) 29.