Among transitional metal oxides,nano NiO is one of the relatively few metal oxides with p-type semiconductivity,which has stable and wide band gap.

纳米氧化镍是过渡金属氧化物中不多见的p型半导体之,具有稳定而较宽的带隙,作为型功材料们关注。

Among transitional metal oxides,nano NiO is one of the relatively few metal oxides with p-type semiconductivity,which has stable and wide band gap.

纳米氧化镍是氧化物中不多见的p型半导体之一,具有稳定而较宽的带隙,作为一种新型功材料受到人们关注。

Among transitional metal oxides,nano NiO is one of the relatively few metal oxides with p-type semiconductivity,which has stable and wide band gap.

纳米氧化镍是过渡金属氧化物中不多见p型半导体之一,具有稳定而较宽带隙,作为一种新型功材料受到人们关注。

Among transitional metal oxides,nano NiO is one of the relatively few metal oxides with p-type semiconductivity,which has stable and wide band gap.

纳米氧化镍是过渡金属氧化物中不多见p型半导体之一,具有稳定而较宽,作为一种新型功材料受到人们关。

Among transitional metal oxides,nano NiO is one of the relatively few metal oxides with p-type semiconductivity,which has stable and wide band gap.

纳米氧化镍是过渡金属氧化物中不多见p导体之一,具有稳定而较宽带隙,作为一种新功材料受到人们关注。

Among transitional metal oxides,nano NiO is one of the relatively few metal oxides with p-type semiconductivity,which has stable and wide band gap.

纳米氧镍是过渡金属氧不多见的p型半导体之一,具有稳定而较宽的带隙,作为一种新型功材料受到人们关注。

Among transitional metal oxides,nano NiO is one of the relatively few metal oxides with p-type semiconductivity,which has stable and wide band gap.

纳米氧镍是过渡金属氧不多见的p型半导体之一,具有稳定而较宽的带隙,作为一种新型功材料受到人们关注。

Among transitional metal oxides,nano NiO is one of the relatively few metal oxides with p-type semiconductivity,which has stable and wide band gap.

纳米氧化镍是过渡金属氧化物中多见的p型半导体之一,具有稳定而较宽的带隙,作为一种新型功材料受到人们关注。

Among transitional metal oxides,nano NiO is one of the relatively few metal oxides with p-type semiconductivity,which has stable and wide band gap.

纳米氧化镍是过渡金属氧化物中不多见的p型半导体之一,具有稳定而较宽的带隙,作为一种新型功材料受到人们关注。