SFX by Ex Libris Inc.

Title:	Strain relaxation and surface morphology of nickel oxide nanolayers
Source:	Surface Science [0039-6028] Schoiswohl, J yr:2006

Basic

Sorry, no full text available...

Please use the document delivery service (see below)

Holding information

Holdings in library search engine ALBERT

Document delivery

Request document via Library/Bibliothek

Users interested in this article also expressed an interest in the following:
description	1.	Estelle, J. "Comparative study of the morphology and surface properties of nickel oxide prepared from different precursors." Solid State Ionics 156.1 (2003): 233-43.
description	2.	Batley, G. "Studies of topochemical heterogeneous catalysis : : 3. Catalysis of the reduction of metal oxides by hydrogen." Journal of catalysis 34.3 (1974): 368-375.
description	3.	Llewellyn, P. L. "Preparation of reactive nickel oxide by the controlled thermolysis of hexahydrated nickel nitrate." Solid State Ionics 101.Pt. 2 (1997): 1293-1298.
description	4.	Louis, C.. "Characterization of nickel/silica catalysts during impregnation and further thermal activation treatment leading to metal particles." The Journal of physical chemistry 97.21 (1993): 5703-5712.
description	5.	Pinna, F. "Supported metal catalysts preparation." Catalysis today 41.1 (1998): 129-137.
description	6.	Chalamala, B. "Effect of growth conditions on surface morphology and photoelectric work function characteristics of iridium oxide thin films." Applied physics letters 74.10 (1999): 1394-6.
description	7.	De, Gromoboy T. T. "The formation of nickel oxides during the passivation of nickel in relation to the potential/pH diagram." Electrochimica Acta 11.7 (1966): 895-904.
description	8.	Song, S. "Microstructural evolution of the oxide film formed during high temperature oxidation of nickel evaluated by means of impedance spectroscopy." Scripta materialia 44.4 (2001): 601-6.
description	9.	Demidov, A. "Potential-pH Diagram for the Nickel-Water System Containing Nickel(III) Metahydroxide." Russian journal of applied chemistry 82.8 (2009): 1498-1500.
description	10.	CRIADO, JM. "Mechanism of the thermal decomposition of anhydrous nickel nitrate." Reactivity of solids 4.1-2 (1987): 93-103.
description	11.	Popov, V V. "Simulation of precipitates evolution in multiphase multicomponent systems with consideration of nucleation." Philosophical magazine 96.35 (2016): 3632-3653.
description	12.	Yu, A J. "Phase formation and reaction kinetics in the thin‐film Co/GaAs system." Applied physics letters 47.9 (1985): 934-936.
description	13.	Clark, G L. "An application of X-ray crystallometry to the structure of nickel catalysts." Journal of the American Chemical Society 47.11 (1925): 2661-2671.
description	14.	Sluyters, J. "The potential/pH diagram of silver in aqueous ammonium salt solution." Electrochimica Acta 5.1-2 (1961): 72-78.
description	15.	Chen, Y. "Catalytic performance and catalyst structure of nickel[single bond]magnesia catalysts for CO2 reforming of methane." Journal of catalysis 184.2 (1999): 479-490.
description	16.	Willmott, P R R. "Energetic surface smoothing of complex metal-oxide thin films." Physical review letters 96.17 (2006): 176102-.
description	17.	Montes, M. "INFLUENCE OF METAL-SUPPORT INTERACTIONS ON THE DISPERSION, DISTRIBUTION, REDUCIBILITY AND CATALYTIC ACTIVITY OF Ni/SiO//2 CATALYSTS." Applied catalysis 12.3 (1984): 309-330.
description	18.	Burattin, P. "Metal particle size in Ni/SiO2 materials prepared by deposition-precipitation: Influence of the nature of the Ni(II) phase and of its interaction with the support." Journal of Physical Chemistry B 103.30 (1999): 6171-6178.
description	19.	Tomishige, K. "Promoting effect of the interaction between Ni and CeO2 on steam gasification of biomass." Catalysis communications 8.7 (2007): 1074-1079.
description	20.	Schwarz, James A. "Methods for Preparation of Catalytic Materials." Chemical reviews 95.3 (1995): 477-510.