The study of the reactions of organometallic complexes with the surfaces of inorganic oxides, zeolites and metals constitutes the basis of Surface Organometallic Chemistry (SOMC). The basic rules of organometallic chemistry are often valid when applied to surfaces and well-defined surface organometallic complexes can be obtained. These complexes can be used as heterogeneous catalysts or, by controlled reactions, can be transformed in other species useful for a given catalytic reaction. In some cases, these catalysts exhibit higher activity and/or selectivity than their analogous molecular complexes
The book Recent Progress in Organometallic Chemistry mostly reviews the modem techniques and substan...
A molecular understanding of the catalytically active site is essential to rationally develop metal-...
Heterogeneous catalysis is essential for the transformation of light hydrocarbons into chemical feed...
The study of the reactions of organometallic complexes with the surfaces of inorganic oxides, zeolit...
Abstract.- The study of the reactions of organometallic complexes with the surfaces of inorganic oxi...
“Surface Organometallic Chemistry on Metals” (SOMC/metals) can be defined first by the study at a ve...
Surface Organometallic and Coordination Chemistry toward Single-Site Heterogeneous Catalysts: Strate...
The basic concept is the intuition that, whether homogeneous or heterogeneous, catalysis is primaril...
Heterogeneous catalysts are widely used in industry. Common methods of synthesizing heterogeneous ca...
At the present time, our knowledge of the mechanism of action of most heterogeneous catalysts is lim...
The characterization of the nature of surface species is a primary requirement for a better insight ...
La chimie organométallique de surface (COMS) est une technique utilisée pour concevoir des catalyseu...
This chapter is mainly devoted to the preparation of bimetallic and organometallic supported materia...
Single atom catalysis (SAC) is a recent discipline of heterogeneous catalysis for which a single ato...
From the title “Tailored organometallic complexes with improved functions”, ISOC 2011 was focused on...
The book Recent Progress in Organometallic Chemistry mostly reviews the modem techniques and substan...
A molecular understanding of the catalytically active site is essential to rationally develop metal-...
Heterogeneous catalysis is essential for the transformation of light hydrocarbons into chemical feed...
The study of the reactions of organometallic complexes with the surfaces of inorganic oxides, zeolit...
Abstract.- The study of the reactions of organometallic complexes with the surfaces of inorganic oxi...
“Surface Organometallic Chemistry on Metals” (SOMC/metals) can be defined first by the study at a ve...
Surface Organometallic and Coordination Chemistry toward Single-Site Heterogeneous Catalysts: Strate...
The basic concept is the intuition that, whether homogeneous or heterogeneous, catalysis is primaril...
Heterogeneous catalysts are widely used in industry. Common methods of synthesizing heterogeneous ca...
At the present time, our knowledge of the mechanism of action of most heterogeneous catalysts is lim...
The characterization of the nature of surface species is a primary requirement for a better insight ...
La chimie organométallique de surface (COMS) est une technique utilisée pour concevoir des catalyseu...
This chapter is mainly devoted to the preparation of bimetallic and organometallic supported materia...
Single atom catalysis (SAC) is a recent discipline of heterogeneous catalysis for which a single ato...
From the title “Tailored organometallic complexes with improved functions”, ISOC 2011 was focused on...
The book Recent Progress in Organometallic Chemistry mostly reviews the modem techniques and substan...
A molecular understanding of the catalytically active site is essential to rationally develop metal-...
Heterogeneous catalysis is essential for the transformation of light hydrocarbons into chemical feed...