Transparent conducting oxides （TCOs） have attracted in- tensive attention because of their broad application in pho- toelectric devices such as solar cells, light-emitting diodes, and flat-panel displays. Current TC...Transparent conducting oxides （TCOs） have attracted in- tensive attention because of their broad application in pho- toelectric devices such as solar cells, light-emitting diodes, and flat-panel displays. Current TCOs used in industry, including tin （IV） oxide （SnOz）, indium oxide （In203）, indium tin oxide （ITO）, and zinc oxide （ZnO）, are primarily n-type semiconductors [1-3]. Suitable p-type TCOs are still being researched. In the past several decades, delafossite-type compounds CuMO2 （M = Cr, A1, Ga, Fe, Sc, Y） as well as NiO, Cr203, and MoO3 have been extensively studied as potential p-type TCO candidates [4-8].展开更多
基金supported by the National Natural Science Foundation of China(Grant Nos.51372064,and 11703004)the Nature Science Foundation of Hebei Province,China(Grant Nos.E2017201227,E2017201209,and QN2017017)
文摘Transparent conducting oxides （TCOs） have attracted in- tensive attention because of their broad application in pho- toelectric devices such as solar cells, light-emitting diodes, and flat-panel displays. Current TCOs used in industry, including tin （IV） oxide （SnOz）, indium oxide （In203）, indium tin oxide （ITO）, and zinc oxide （ZnO）, are primarily n-type semiconductors [1-3]. Suitable p-type TCOs are still being researched. In the past several decades, delafossite-type compounds CuMO2 （M = Cr, A1, Ga, Fe, Sc, Y） as well as NiO, Cr203, and MoO3 have been extensively studied as potential p-type TCO candidates [4-8].
