CORE

🇺🇦   make metadata, not war

    42 research outputs found

    Den Aktive Metaloxyd Overflade

    Author
    Publication venue
    Publication date
    Field of study
    No full text
    Copenhagen University Research Information System

    Co-adsorption on metal-oxide crystal surfaces: Cases of CO/Cu/ZnO(0001) and CO<sub>2</sub>/Na/TiO<sub>2</sub> (110)

    Author
    Publication venue
    Kluwer Academic Publishers and NATO ASI
    Publication date
    Field of study
    No full text
    Copenhagen University Research Information System

    Ultrathin Films of Cu on ZnO(1120): Growth and Electronic Structure

    Author
    Publication venue
    Publication date
    Field of study
    No full text
    Copenhagen University Research Information System

    Electronic charge distribution at interfaces between Cu-phthalocyanine films and semiconductor surfaces

    Author
    Publication venue
    Publication date
    Field of study
    No full text
    Copenhagen University Research Information System

    HREELS and LEED Studies on Cu Deposited on 1x1 Reconstructed &#945;-Fe<sub>2</sub>O<sub>3</sub>(0001) Surfaces

    Author
    Publication venue
    Publication date
    Field of study
    No full text
    Copenhagen University Research Information System

    A Study of Cu Growth on an Yttria-stabilized ZrO<sub>2</sub>(100) Surface

    Author
    Publication venue
    Publication date
    Field of study
    No full text
    Copenhagen University Research Information System

    Nucleation control in metal surface oxidation

    Author
    Publication venue
    'Elsevier BV'
    Publication date
    Field of study
    No full text
    Crossref

    On the thermal stability of copper deposits on a (0001) sapphire surface

    Author
    Publication venue
    'Elsevier BV'
    Publication date
    Field of study
    No full text
    Crossref

    Growth of ultrathin Cu films on CaO(100)

    Author
    Publication venue
    Publication date
    Field of study
    No full text
    Copenhagen University Research Information System

    On the growth of epitaxial ultrathin films of &#8733;-Sn on CdTe(110)

    Author
    Publication venue
    Publication date
    Field of study
    No full text
    Copenhagen University Research Information System
    corecore