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Characterization of an ultrafine Ni–Ru alloy powder and of alumina-dispersed bimetallic particles derived from the molecular cluster (C<sub>5</sub>H<sub>5</sub>)NiRu<sub>3</sub>H<sub>3</sub>(CO)<sub>9</sub>
12
Citations
11
References
1990
Year
EngineeringInduced DecompositionMolecular ClusterChemistryTetrahedral Heterobimetallic ClusterChemical EngineeringNi–ru Alloy PowderAlloysMaterials ScienceInorganic ChemistryMaterials EngineeringAlumina-dispersed Bimetallic ParticlesCatalytic MaterialPowder MetallurgyCatalysisCatalytic ProcessMicrostructureApplied PhysicsHeterogeneous CatalysisCluster ChemistryCatalyst PreparationAlloy Phase
The tetrahedral heterobimetallic cluster (C5H5)NiRu3H3(CO)9 produces a finely divided Ni–Ru alloy powder by chemically induced decomposition in tetrahydrofuran and an alumina-supported bimetallic catalyst, active in ammonia synthesis, by thermal treatment under flowing dihydrogen.
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