The effect of boundaries on pattern formation was studied for the catalytic oxidation of carbon monoxide on platinum surfaces. Photolithography was used to create microscopic reacting domains on polycrystalline foils and single-crystal platinum (110) surfaces with inert titanium overlayers. Certain domain geometries give rise to patterns that have not been observed on the untreated catalyst and bring to light surface mechanisms that have no analog in homogeneous reaction-diffusion systems
The formation of spatial patterns during the catalytic oxidation of CO on a Pd(110) surface has been...
The phenomenology of spatiotemporal concentration patterns associated with the catalytic oxidation o...
The formation and develpment of spatio-temporal concentration patterns associated with the catalytic...
The effect of boundaries on pattern formation was studied for the catalytic oxidation of carbon mono...
The exploration of pattern formation by reaction-diffusion systems in complex bounded domains has be...
The individual grains of a polycrystalline platinum surface as well as the spatio-temporal concentra...
This thesis seeks to further the fundamental understanding of spatio-temporal pattern formation duri...
The effect of well-defined palladium boundaries on the formation of reaction-diffusion patterns duri...
Constantly changing irregular patterns of carbon monoxide (CO) and oxygen are seen during CO oxidati...
Constantly changing irregular patterns of carbon monoxide (CO) and oxygen are seen during CO oxidati...
This paper focuses on subsurface oxygen and its influence on pattern formation during CO-oxidation o...
Constantly changing irregular patterns of carbon monoxide (CO) and oxygen are seen during CO oxidati...
Submonolayers of gold were evaporated onto a Pt(110) surface in order to study the influence of surf...
The formation of spatiotemporal patterns during catalytic CO oxidation on a Pt(210) surface was foll...
We study the effect of microdesigned composite geometries on pattern formation during the catalytic ...
The formation of spatial patterns during the catalytic oxidation of CO on a Pd(110) surface has been...
The phenomenology of spatiotemporal concentration patterns associated with the catalytic oxidation o...
The formation and develpment of spatio-temporal concentration patterns associated with the catalytic...
The effect of boundaries on pattern formation was studied for the catalytic oxidation of carbon mono...
The exploration of pattern formation by reaction-diffusion systems in complex bounded domains has be...
The individual grains of a polycrystalline platinum surface as well as the spatio-temporal concentra...
This thesis seeks to further the fundamental understanding of spatio-temporal pattern formation duri...
The effect of well-defined palladium boundaries on the formation of reaction-diffusion patterns duri...
Constantly changing irregular patterns of carbon monoxide (CO) and oxygen are seen during CO oxidati...
Constantly changing irregular patterns of carbon monoxide (CO) and oxygen are seen during CO oxidati...
This paper focuses on subsurface oxygen and its influence on pattern formation during CO-oxidation o...
Constantly changing irregular patterns of carbon monoxide (CO) and oxygen are seen during CO oxidati...
Submonolayers of gold were evaporated onto a Pt(110) surface in order to study the influence of surf...
The formation of spatiotemporal patterns during catalytic CO oxidation on a Pt(210) surface was foll...
We study the effect of microdesigned composite geometries on pattern formation during the catalytic ...
The formation of spatial patterns during the catalytic oxidation of CO on a Pd(110) surface has been...
The phenomenology of spatiotemporal concentration patterns associated with the catalytic oxidation o...
The formation and develpment of spatio-temporal concentration patterns associated with the catalytic...