Metal/oxide nanosystems with different spatial organizations have attracted a remarkable interest for their unique features and multi-functional properties, which can be finely tuned by controlling the interplay between their structure, morphology and composition. Their assembly and ultimate utilization depend indeed on the nature of metal/oxide interfaces, the birthplaces of a multitude of fascinating phenomena. A detailed insight into interfacial chemical/physical properties by advanced experimental techniques would thus deliver significant advantages from both a fundamental and an applicative point of view
The existence and the properties of metal-oxide boundaries, and, more in generai, metalceramic bound...
This thesis deals with the atomic structure of interfaces between metals and oxides. A principal fea...
The central theme of my research seeks to understand the interfacial chemistry of engineered and nat...
Metal/oxide nanosystems with different spatial organizations have attracted a remarkable interest f...
Metal-support interactions can dramatically affect the properties of nanocomposite materials. Nevert...
In the past decade, the rich physics exhibited by solid interfaces combining octahedral framework st...
Oxide thin films on metals are now currently used as model systems to study the surface properties o...
Metal oxides are among the most earth abundant resources on the planet. For example, by mass, Fe is ...
The controlled fabrication of nanostructures has often used a substrate template to mediate and cont...
Trabajo presentado en el VI Congreso de Pulvimetalurgia. I Congreso Iberoamericano de Pulvimetalurgi...
n important goal of nanoscience research is the creation of new func-tionality by controlling materi...
Complex oxide interfaces have mesmerized the scientific community in the last decade due to the poss...
Surfaces and interfaces are of fundamental importance from the nucleation to growth of crystals form...
Interactions between metals and oxides are key factors to determine the performance of metal/oxide h...
Transition metal oxides are some of the most diverse and rich materials in terms of flexibility and ...
The existence and the properties of metal-oxide boundaries, and, more in generai, metalceramic bound...
This thesis deals with the atomic structure of interfaces between metals and oxides. A principal fea...
The central theme of my research seeks to understand the interfacial chemistry of engineered and nat...
Metal/oxide nanosystems with different spatial organizations have attracted a remarkable interest f...
Metal-support interactions can dramatically affect the properties of nanocomposite materials. Nevert...
In the past decade, the rich physics exhibited by solid interfaces combining octahedral framework st...
Oxide thin films on metals are now currently used as model systems to study the surface properties o...
Metal oxides are among the most earth abundant resources on the planet. For example, by mass, Fe is ...
The controlled fabrication of nanostructures has often used a substrate template to mediate and cont...
Trabajo presentado en el VI Congreso de Pulvimetalurgia. I Congreso Iberoamericano de Pulvimetalurgi...
n important goal of nanoscience research is the creation of new func-tionality by controlling materi...
Complex oxide interfaces have mesmerized the scientific community in the last decade due to the poss...
Surfaces and interfaces are of fundamental importance from the nucleation to growth of crystals form...
Interactions between metals and oxides are key factors to determine the performance of metal/oxide h...
Transition metal oxides are some of the most diverse and rich materials in terms of flexibility and ...
The existence and the properties of metal-oxide boundaries, and, more in generai, metalceramic bound...
This thesis deals with the atomic structure of interfaces between metals and oxides. A principal fea...
The central theme of my research seeks to understand the interfacial chemistry of engineered and nat...