International audienceReduction of the size of a particle down to a few tens of nanometers or below may drastically affect its physical properties. That is well-known for quantum dots. Conversely, many works consider the chemical composition of nanoparticles as invariant upon reduction of their dimension. Here we demonstrate that the chemical composition of a transition-metal oxide, namely, nickel oxide, is drastically affected by its nanostructuration
The oxidation state switching of cerium in cerium oxide nanoparticles is studied in detail. The infl...
Properties of materials determined by their size are indeed fascinating and form the basis of the em...
Properties of materials determined by their size are indeed fascinating and form the basis of the em...
International audienceReduction of the size of a particle down to a few tens of nanometers or below ...
The structural properties of nickel nanoparticles which are prepared by means of DC sputtering in a...
Metal oxides play a very important role in many areas of chemistry, physics, and materials science. ...
By means of a combination of atomistic and density-functional theory calculations it is shown that s...
The ability to control the particle size and morphology of nanoparticles is of crucial importance no...
International audienceThe surfactant used during a colloidal synthesis is known to control the size ...
The properties of functional materials are intrinsically linked to their atomic structure. When goin...
Nanoparticle properties can depart markedly from their bulk analog materials, including large differ...
Electrochemical conversion reactions of transition metal compounds create opportunities for large en...
We determined the effects of the evaporation rate of the Ni layer and the presence of in-situ O&...
Oxidation and reduction cycles are used in the regeneration of nanoparticle catalysts that have deac...
Transition-metal-oxide/transition-metal nanocomposites, such as NiO/Ni, FeO/Fe, and CoO/Co, have bee...
The oxidation state switching of cerium in cerium oxide nanoparticles is studied in detail. The infl...
Properties of materials determined by their size are indeed fascinating and form the basis of the em...
Properties of materials determined by their size are indeed fascinating and form the basis of the em...
International audienceReduction of the size of a particle down to a few tens of nanometers or below ...
The structural properties of nickel nanoparticles which are prepared by means of DC sputtering in a...
Metal oxides play a very important role in many areas of chemistry, physics, and materials science. ...
By means of a combination of atomistic and density-functional theory calculations it is shown that s...
The ability to control the particle size and morphology of nanoparticles is of crucial importance no...
International audienceThe surfactant used during a colloidal synthesis is known to control the size ...
The properties of functional materials are intrinsically linked to their atomic structure. When goin...
Nanoparticle properties can depart markedly from their bulk analog materials, including large differ...
Electrochemical conversion reactions of transition metal compounds create opportunities for large en...
We determined the effects of the evaporation rate of the Ni layer and the presence of in-situ O&...
Oxidation and reduction cycles are used in the regeneration of nanoparticle catalysts that have deac...
Transition-metal-oxide/transition-metal nanocomposites, such as NiO/Ni, FeO/Fe, and CoO/Co, have bee...
The oxidation state switching of cerium in cerium oxide nanoparticles is studied in detail. The infl...
Properties of materials determined by their size are indeed fascinating and form the basis of the em...
Properties of materials determined by their size are indeed fascinating and form the basis of the em...