The existence and the properties of metal-oxide boundaries, and, more in generai, metalceramic boundaries, play a crucial role in determining many physical processes and technological applications in a wide variety of traditional areas of the materials science and technology. Coating of oxide which function as thermal barriers or as a natural corrosion protection are of concern to the manufacturers of jet engines and equipment for power generation, who seek to improve lifetimes and efficiency. In the chemicai industry, strong metal-support interactions and the performance of a metallic catalyst supported on a ceramic substrate depend on the properties of metal-ceramic interfaces, and also the electronic industry depends on the properties of...
Metal/oxide nanosystems with different spatial organizations have attracted a remarkable interest fo...
Through Auger electron spectroscopy (AES) and factor analysis (FA), we have studied the effect of me...
The control of ceramic interface structures and properties is the key to the development of useful c...
Metal-ceramic interfaces are involved in a great number of technologies, where specific electrical, ...
This project focused on three different aspects of oxide thin film systems: (1) Model metal/oxide an...
Oxide thin films on metals are now currently used as model systems to study the surface properties o...
This chapter will deal with the properties of ultrathin oxide layers on different substrates. We wil...
Among the tremendous variety of oxide materials currently used for technological applications, those...
Metal oxides are among the most earth abundant resources on the planet. For example, by mass, Fe is ...
Surface science has had a major influence on the understanding of processes at surfaces relevant to ...
Progress are reported on: electronic structure of PdO, PtO, and AgO (band structure calculations); a...
This is an open-access article distributed under the terms of the Creative Commons Attribution Licen...
Some simple transition metal oxides such as NiO have incomplete atomic subshells and yet are highly ...
Objectives were to study theory of structure of the metal/ceramic interface (heterophase ceramic int...
Oxide consists of a diverse class of compounds and their properties cover all the aspects of materia...
Metal/oxide nanosystems with different spatial organizations have attracted a remarkable interest fo...
Through Auger electron spectroscopy (AES) and factor analysis (FA), we have studied the effect of me...
The control of ceramic interface structures and properties is the key to the development of useful c...
Metal-ceramic interfaces are involved in a great number of technologies, where specific electrical, ...
This project focused on three different aspects of oxide thin film systems: (1) Model metal/oxide an...
Oxide thin films on metals are now currently used as model systems to study the surface properties o...
This chapter will deal with the properties of ultrathin oxide layers on different substrates. We wil...
Among the tremendous variety of oxide materials currently used for technological applications, those...
Metal oxides are among the most earth abundant resources on the planet. For example, by mass, Fe is ...
Surface science has had a major influence on the understanding of processes at surfaces relevant to ...
Progress are reported on: electronic structure of PdO, PtO, and AgO (band structure calculations); a...
This is an open-access article distributed under the terms of the Creative Commons Attribution Licen...
Some simple transition metal oxides such as NiO have incomplete atomic subshells and yet are highly ...
Objectives were to study theory of structure of the metal/ceramic interface (heterophase ceramic int...
Oxide consists of a diverse class of compounds and their properties cover all the aspects of materia...
Metal/oxide nanosystems with different spatial organizations have attracted a remarkable interest fo...
Through Auger electron spectroscopy (AES) and factor analysis (FA), we have studied the effect of me...
The control of ceramic interface structures and properties is the key to the development of useful c...