1 |
Epitaxial NiO (100) and NiO (111) films grown by atomic layer deposition Lindahl E, Lu J, Ottosson M, Carlsson JO Journal of Crystal Growth, 311(16), 4082, 2009 |
2 |
Nickelocene adsorption on single-crystal surfaces Pugmire DL, Woodbridge CM, Root S, Langell MA Journal of Vacuum Science & Technology A, 17(4), 1581, 1999 |
3 |
Adsorption structures of carbon dioxide on NiO(111) and hydroxylated NiO(111) studied by infrared reflection adsorption spectroscopy Matsumoto T, Kubota J, Kondo JN, Hirose C, Domen K Langmuir, 15(6), 2158, 1999 |
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Adsorption and reaction of formic acid on a (2 x 2) NiO(111)/Ni(111) surface. 3. IRAS studies on the characterization of reaction sites using CO and the behavior of surface hydroxyl species Matsumoto T, Bandara A, Kubota J, Hirose C, Domen K Journal of Physical Chemistry B, 102(16), 2979, 1998 |
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Ultrathin films of NiO on MgO(100) : Studies of the oxide-oxide interface Guo Q, Xu C, Goodman DW Langmuir, 14(6), 1371, 1998 |
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Surface Defect Characterization in Oxygen-Dosed Nickel Surfaces and in NiO Thin-Films by Co Adsorption-Desorption Experiments Ofner H, Zaera F Journal of Physical Chemistry B, 101(44), 9069, 1997 |
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Novel Properties of Ultrathin Oxide-Films - NiO Supported on Al2O3 Xu C, Guo Q, Goodman DW Catalysis Letters, 41(1-2), 21, 1996 |
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Molecules on Oxide Surfaces Freund HJ, Dillmann B, Seiferth O, Klivenyi G, Bender M, Ehrlich D, Hemmerich I, Cappus D Catalysis Today, 32(1-4), 1, 1996 |
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Adsorption and Reactions of Formic-Acid on (2X2)-NiO(111)/Ni(111) Surface .1. TPD and IRAS Studies Under Ultrahigh-Vacuum Conditions Bandara A, Kubota J, Wada A, Domen K, Hirose C Journal of Physical Chemistry, 100(36), 14962, 1996 |
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Adsorption and Reaction of CH3COOH and Cd3Cood on the MgO(100) Surface - A Fourier-Transform Infrared and Temperature-Programmed Desorption Study Xu C, Koel BE Journal of Chemical Physics, 102(20), 8158, 1995 |