锰氧化物以其多样的电学、磁学及催化等方面的特性而受到人们广泛的关注,但目前对其研究主要集中在粉末或纳米尺度晶体的合成与性质方面.以Mn2O3为例,其作为催化剂被广泛应用于一氧化碳和有机污染物的氧化催化以及氮氧化物的还原反应中,同时也是Li—Mn-O氧化物电极材料重要的基底材料.关于Mn2O3纳米材料的合成已有大量报道,但却很少涉及其大晶体合成的研究.
Dimanganese trioxide waste gas as an important one of is an active catalyst for removing carbon manganese oxides. Its single crystal was crystal X-ray diffraction reveals that the compound crystallized in the monooxide and nitrogen oxide from synthesized by flux method. Single cubic space group Ia-3 with a = 0. 94173(11) nm, V=0. 83518(17) nm^3, Z=48, Dc =5.022 Mg/m^3, R(int) =0. 0863, R1 =0.0659[I〉 2σ(I) ], wR2 =0. 1929[I〉2σ(I)].