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NH_3和H_2O的杂化状态及键角 被引量:1

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摘要 关于NH_3和H_2O的中心原子的杂化状态及分子的键角问题,目前许多教科书上说法不一,有的认为用不等性的sp^3杂化来解释,有的则认为可用等性的sp^3杂化,也可用不等性杂化来解释,下面通过计算杂化前后的总能量及杂化轨道的键角来回答这一问题.
作者 李良超
出处 《南都学坛(南阳师专学报)》 1991年第1期117-119,共3页
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  • 1Hargittai I,Menyhárd D K.Further VSEPRing about molecular geometries[J].Journal of Molecular Structure,2010,978(1/3):136-140.
  • 2Soukup R W.Historical aspects of the chemical bond.chemical relationality versus physical objectivity[J].Monatshefte für Chemie-Chemical Monthly,2005,136(6):803-818.
  • 3Hargittai I,Ronald J.Gillespie;the VSEPR model;and molecular symmetry[J].Structural Chemistry,2009,20(2):155-159.
  • 4Cardellini L.Modeling chemistry for effective chemical education:an interview with ronald J.Gillespie[J].Journal of Chemical Education,2010,87(5):482-486.
  • 5Mcnaught I J.Testing and extending VSEPR with WebMO and MOPAC or GAMESS[J].Journal of Chemical Education,2011,88(4):421-425.
  • 6Gillespie R J.Fifty years of the VSEPR model[J].Coordination Chemistry Reviews,2008,252(12/14):1315-1327.
  • 7Clauss A D,Nelsen S F,Ayoub M,et al.Rabbit-ears hybrids,VSEPR sterics,and other orbital anachronisms[J].Chemistry Education Research and Practice,2014,15(4):417-434.
  • 8Landis C R,Weinhold F.Comments on“is it time to retire the hybrid atomic orbital?”[J].Journal of Chemical Education,2012,89(5):570-572.
  • 9Grushow A.Is it time to retire the hybrid atomic orbital?[J].Journal of Chemical Education,2011,88(7):860-862.
  • 10Truhlar D G.Are molecular orbitals delocalized?[J].Journal of Chemical Education,2012,89(5):573-574.

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