Oxide materials are of key importance in many aspects of everyday life.However,their solid-state syntheses require high temperatures and often multiple steps when conducted from the binary oxides.Herein,we report a pr...Oxide materials are of key importance in many aspects of everyday life.However,their solid-state syntheses require high temperatures and often multiple steps when conducted from the binary oxides.Herein,we report a proof-of-concept investigation addressing the possibility to synthesize oxides from a phasepure,well-defined,and highly crystalline intermetallic starting material via oxidation with elemental oxygen.展开更多
基金support from Saarland University and German Science Foundation(project number INST 256/349-1)by the Service Center NMR with financial support from Saarland University and German Research Foundation DFG.
文摘Oxide materials are of key importance in many aspects of everyday life.However,their solid-state syntheses require high temperatures and often multiple steps when conducted from the binary oxides.Herein,we report a proof-of-concept investigation addressing the possibility to synthesize oxides from a phasepure,well-defined,and highly crystalline intermetallic starting material via oxidation with elemental oxygen.
