A new concept for the development of catalysts is introduced. Utilizing ordered Pd-Ga intermetallic compounds high selectivity and long-term stability in the acetylene hydrogenation can be achieved. The high selectivity observed for all compounds (Pd3Ga7, PdGa, Pd2Ga) indicates that not only the surface geometric site isolation but also the suppression of hydride formation through a covalent bonding interaction absent in conventional Pd alloys are important for achieving superior catalytic properties. Our results demonstrate that structurally well-defined intermetallic compounds exhibit a high potential in heterogeneous catalysis and are promising candidates for industrial applications
Intermetallic compounds of palladium with gallium (PdGa and Pd3Ga7) are introduced as selective cata...
The intermetallic compounds Pd3Ga7, PdGa, and Pd2Ga are found to be highly selective semihydrogenati...
Ethylene is the building block for many chemical intermediates in the petrochemical industry. The cu...
A new concept for the development of catalysts is introduced. Utilizing ordered Pd-Ga intermetallic ...
Intermetallic compounds consisting of a main group element and a catalytically active transition met...
Selective acetylene hydrogenation is an important method for removing traces of acetylene in the eth...
A novel nanostructured Pd2Ga intermetallic catalyst is presented and compared to elemental Pd and a ...
Selective acetylene hydrogenation to ethylene is an important method for removing traces of acetylen...
The structurally well-defined intermetallic compound PdGa – a highly selective catalyst for the semi...
A new concept to circumvent some of the problems that are hindering a rational metallic catalyst dev...
Selective acetylene hydrogenation is an important method for removing traces of acetylene in the eth...
The structurally ordered intermetallic compounds PdGa and Pd3Ga7 constitute highly selective catalys...
English Intermetallic compounds of palladium with gallium (PdGa and Pd3Ga7) are introduced as select...
Discussed are the recent experimental and theoretical results on palladium-based catalysts for selec...
The authors thank the University of Aberdeen for financial support.AuPd nanoparticles were prepared ...
Intermetallic compounds of palladium with gallium (PdGa and Pd3Ga7) are introduced as selective cata...
The intermetallic compounds Pd3Ga7, PdGa, and Pd2Ga are found to be highly selective semihydrogenati...
Ethylene is the building block for many chemical intermediates in the petrochemical industry. The cu...
A new concept for the development of catalysts is introduced. Utilizing ordered Pd-Ga intermetallic ...
Intermetallic compounds consisting of a main group element and a catalytically active transition met...
Selective acetylene hydrogenation is an important method for removing traces of acetylene in the eth...
A novel nanostructured Pd2Ga intermetallic catalyst is presented and compared to elemental Pd and a ...
Selective acetylene hydrogenation to ethylene is an important method for removing traces of acetylen...
The structurally well-defined intermetallic compound PdGa – a highly selective catalyst for the semi...
A new concept to circumvent some of the problems that are hindering a rational metallic catalyst dev...
Selective acetylene hydrogenation is an important method for removing traces of acetylene in the eth...
The structurally ordered intermetallic compounds PdGa and Pd3Ga7 constitute highly selective catalys...
English Intermetallic compounds of palladium with gallium (PdGa and Pd3Ga7) are introduced as select...
Discussed are the recent experimental and theoretical results on palladium-based catalysts for selec...
The authors thank the University of Aberdeen for financial support.AuPd nanoparticles were prepared ...
Intermetallic compounds of palladium with gallium (PdGa and Pd3Ga7) are introduced as selective cata...
The intermetallic compounds Pd3Ga7, PdGa, and Pd2Ga are found to be highly selective semihydrogenati...
Ethylene is the building block for many chemical intermediates in the petrochemical industry. The cu...