A mixed 2D (film) and 3D (nano-column) growth of ruthenium oxide has been experimentally observed for thermally oxidized polycrystalline ruthenium thin films. Furthermore, in situ x-ray reflectivity upon annealing allowed the detection of 2D film growth as two separate layers consisting of low density and high density oxides. Nano-columns grow at the surface of the low density oxide layer, with the growth rate being limited by diffusion of ruthenium through the formed oxide film. Simultaneously, with the growth of the columns, sub-surface high density oxide continues to grow limited by diffusion of oxygen or ruthenium through the oxide fil
RuO2 thin film fabricated by rf- sputtering from a pure Ru target and subsequently oxidized at 600C ...
Ruthenium (Ru) is regarded as an electrode candidate on ultrahigh-k SrTiO3 dielectric films for futu...
International audienceOxidation by a micro-post-discharge at atmospheric pressure of thin films of r...
A mixed 2D (film) and 3D (nano-column) growth of ruthenium oxide has been experimentally observed fo...
For next generation Extreme UV photolithography, multilayer coatings may require protective capping ...
In situ X-ray reflectivity was used to reveal oxygen diffusion kinetics for thermal oxidation of pol...
This thesis focuses on the study of physical and chemical processes occurring during growth and ther...
Ruthenium model catalysts in the form of thin ruthenium oxide films grown on Ru(0001) were studied i...
Thermal desorption spectroscopy, ultraviolet photoelectron spectroscopy, low energy electron diffrac...
Ruthenium (Ru) and ruthenium oxide (RuO<sub>2</sub>) thin films were grown by atomic layer depositio...
textThis dissertation focuses on advancements of several surface processes. First, a generalizable ...
The structural and morphological properties of the ruthenium oxide thin films were investigated usin...
Author name used in this publication: Suet To2012-2013 > Academic research: refereed > Publication i...
The deposition of ruthenium thin films is investigated using a newly synthesized precursor (cyclope...
Ru nanocolumns were grown on a native oxide covered Si(100) substrate using an oblique angle sputter...
RuO2 thin film fabricated by rf- sputtering from a pure Ru target and subsequently oxidized at 600C ...
Ruthenium (Ru) is regarded as an electrode candidate on ultrahigh-k SrTiO3 dielectric films for futu...
International audienceOxidation by a micro-post-discharge at atmospheric pressure of thin films of r...
A mixed 2D (film) and 3D (nano-column) growth of ruthenium oxide has been experimentally observed fo...
For next generation Extreme UV photolithography, multilayer coatings may require protective capping ...
In situ X-ray reflectivity was used to reveal oxygen diffusion kinetics for thermal oxidation of pol...
This thesis focuses on the study of physical and chemical processes occurring during growth and ther...
Ruthenium model catalysts in the form of thin ruthenium oxide films grown on Ru(0001) were studied i...
Thermal desorption spectroscopy, ultraviolet photoelectron spectroscopy, low energy electron diffrac...
Ruthenium (Ru) and ruthenium oxide (RuO<sub>2</sub>) thin films were grown by atomic layer depositio...
textThis dissertation focuses on advancements of several surface processes. First, a generalizable ...
The structural and morphological properties of the ruthenium oxide thin films were investigated usin...
Author name used in this publication: Suet To2012-2013 > Academic research: refereed > Publication i...
The deposition of ruthenium thin films is investigated using a newly synthesized precursor (cyclope...
Ru nanocolumns were grown on a native oxide covered Si(100) substrate using an oblique angle sputter...
RuO2 thin film fabricated by rf- sputtering from a pure Ru target and subsequently oxidized at 600C ...
Ruthenium (Ru) is regarded as an electrode candidate on ultrahigh-k SrTiO3 dielectric films for futu...
International audienceOxidation by a micro-post-discharge at atmospheric pressure of thin films of r...