In this report we present the growth process of the cobalt oxide system using reactive electron beam deposition. In that technique, a target of metallic cobalt is evaporated and its atoms are in-flight oxidized in an oxygen rich reactive atmosphere before reaching the surface of the substrate. With a trial and error procedure the deposition parameters have been optimized to obtain the correct stoichiometry and crystalline phase. The evaporation conditions to achieve the correct cobalt oxide salt rock structure, when evaporating over amorphous silicon nitride, are: 525 K of substrate temperature, 2.5·10-4 mbar of oxygen partial pressure and 1 Å/s of evaporation rate. Once the parameters were optimized a set of ultra thin film ranging from sa...
Room temperature (RT) adsorption of oxygen on the (001) surface of metastable, cubic Co film epitaxi...
Thin films of Cobalt(II) Oxide were deposited from equimolar concentrations of Cobalt Chloride, and ...
Cobalt oxide nanomaterials show high activity in several catalytic reactions thereby offering the po...
In this report we present the growth process of the cobalt oxide system using reactive electron beam...
The growth of Cobalt oxides by reactive thermal evaporation of metallic Cobalt in an oxygen atmosphe...
Thin films of cobalt oxide have been deposited on various substrates, such as glass, Si(100), SrTiO3...
Thin films of cobalt oxide have been deposited on various substrates, such as glass, Si(100). SrTiO3...
Thin films of cobalt oxide have been deposited on various substrates, such as glass, Si(100). SrTiO3...
Thin films of cobalt oxide were deposited on glass substrates by low-pressure chemical vapor deposit...
The growth of cobalt oxides by reactive thermal evaporation of metallic cobalt on highly oriented py...
This bachelor thesis deals with preparation, growth and analysis of cobalt thin films. The films are...
Cobalt oxide thin films with different thicknesses were synthesized by atomic layer deposition. Afte...
Cobalt oxide thin films were deposited by spray pyrolysis method onto a glass substrate at 300?C sub...
Transition metal oxides are an extremely interesting class of materials, exhibiting a wide range of ...
The growth of strongly oriented or epitaxial thin films of metal oxides generally requires relativel...
Room temperature (RT) adsorption of oxygen on the (001) surface of metastable, cubic Co film epitaxi...
Thin films of Cobalt(II) Oxide were deposited from equimolar concentrations of Cobalt Chloride, and ...
Cobalt oxide nanomaterials show high activity in several catalytic reactions thereby offering the po...
In this report we present the growth process of the cobalt oxide system using reactive electron beam...
The growth of Cobalt oxides by reactive thermal evaporation of metallic Cobalt in an oxygen atmosphe...
Thin films of cobalt oxide have been deposited on various substrates, such as glass, Si(100), SrTiO3...
Thin films of cobalt oxide have been deposited on various substrates, such as glass, Si(100). SrTiO3...
Thin films of cobalt oxide have been deposited on various substrates, such as glass, Si(100). SrTiO3...
Thin films of cobalt oxide were deposited on glass substrates by low-pressure chemical vapor deposit...
The growth of cobalt oxides by reactive thermal evaporation of metallic cobalt on highly oriented py...
This bachelor thesis deals with preparation, growth and analysis of cobalt thin films. The films are...
Cobalt oxide thin films with different thicknesses were synthesized by atomic layer deposition. Afte...
Cobalt oxide thin films were deposited by spray pyrolysis method onto a glass substrate at 300?C sub...
Transition metal oxides are an extremely interesting class of materials, exhibiting a wide range of ...
The growth of strongly oriented or epitaxial thin films of metal oxides generally requires relativel...
Room temperature (RT) adsorption of oxygen on the (001) surface of metastable, cubic Co film epitaxi...
Thin films of Cobalt(II) Oxide were deposited from equimolar concentrations of Cobalt Chloride, and ...
Cobalt oxide nanomaterials show high activity in several catalytic reactions thereby offering the po...