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Mn_2O_3单晶的合成、结构表征及磁性研究 被引量:4

Synthesis, Structure Characterization and Magnetic Properties of Single Crystal of Dimanganese Trioxide
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摘要 Dimanganese trioxide is an active catalyst for removing carbon monooxide and nitrogen oxide from waste gas as an important one of manganese oxides. Its single crystal was synthesized by flux method. Single crystal X-ray diffraction reveals that the compound crystallized in the cubic space group Ia-3 with a=0.94173(11) nm, V=0.83518(17) nm3, Z=48, Dc=5.022 Mg/m3, R(int)=0.0863, R1=0.0659[I>2σ(I)], wR2=0.1929[I>2σ(I)]. 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)].
出处 《高等学校化学学报》 SCIE EI CAS CSCD 北大核心 2007年第5期821-823,共3页 Chemical Journal of Chinese Universities
基金 国家自然科学基金(批准号:20471022 40673051和20121103)资助.
关键词 助熔剂法 三氧化二锰 晶体结构 磁性 Flux method Dimanganese trioxide Crystal structure Magnetism
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  • 1Shen Y.F.,Zerger R.P.,Deguzman R.N.,et al..Science[J],1993,260:511-515
  • 2Feng Q.,Karoh H.,Ooi K.,et al..J.Electrochem.Soc.[J],1994,141:L135-L138
  • 3Armstrong A.R.,Bruce P.G..Nature[J],1996,381:499-500
  • 4Imamura S.,Shono M.,Okamoto N.,et al..Appl.Catal.[J],1996,A142:279-288
  • 5Zhang H.M.,Teraoka Y.,Yamazoe N..Catal.Today[J],1989,6:155-158
  • 6Baldi M.,Sanchez Escribano V.,Gallardo Amores J.M.,et al..Appl.Gatal.[J],1998,B17:L175
  • 7Gand L.M.,Korili S.A.,Gil A..Stud.Surf.Sci.Catal.[J],2002,143:527-531
  • 8Yamashita T.,Vannice A..J.Catal.[J],1996,161:254-257
  • 9Nakamura T.,Kajiyama A..Solid State Ionics[J],1999,124:45-52
  • 10Shao C.L.,Guan H.Y.,Liu Y.C.,et al..J.Solid State Chemistry[J],2004,177:2628-2631

同被引文献35

  • 1顾红,王遵尧.Mn_2O_3氧化法合成对氯苯甲醛[J].染料与染色,2004,41(4):213-214. 被引量:4
  • 2Yamamoto M. M.. Nishimura O. , Kotanigawa T.. Applied Cataivsis A: General[J]., 1998, 174:41-50.
  • 3ZHANGwei-Min(张卫民) SONGXin-Yu(宋新宇) LIDa-Zhi(李大枝) etal.无机化学学报,2004,20(6):821-823.
  • 4He W. L. , Zhang Y. C. , Zhang X. X. , et al.. Journal of Crystal Growth[J]. 2003, 252:285-288.
  • 5Li W. N. , Zhang L. C. , Shanthakumar S. , et al.. Phys. Chem. C[J]. 2007, 111:14694-14697.
  • 6Gui Z. , Fan R. , Chert X. , et al.. Inorganic Chemlstry Communications[J], 2001,4:294-296.
  • 7Zhang S. Y. , Chen Z. W. , Tan S. , et al.. Nanostructured Materials[J], 1997, 8(6) : 719-723.
  • 8Yuan Z. Y. , Zhang Z. L. , Du G. H. , et al.. Chemical Physics Letters[J], 2003, 378:349-353.
  • 9Yuan Z. Y. , Ren T. Z. , Du G. H. , et al.. Chemical Physics Letters[J]., 2004, 389:83-86.
  • 10Zhang W. X. , Liu J. , Wu G.. Carbon[J]. 2003, 41:2805-2812.

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