SO2在CaO表面的吸附机理研究
dsorption mechanism of SO2 at surface of CaO
SO2是一种严重的空气污染物,而燃煤电厂则是主要的排放来源之一。在电厂所使用的脱硫方法中,流化床石灰石脱硫是使用最普遍的方法之一。本文根据密度泛函理论,分析了CaO脱硫的反应机理,通过Materials Studio搭建了CaO、SO2的结构模型,并进行了优化。利用MS优化SO2吸附于CaO表面的吸附模型,得到吸附能等计算值,根据所得数据进行分析,揭示了CaO脱除SO2的机理。
SO2 is a kind of serious air pollutants, and coal-fired power plants is a major source of emissions. In the power plant, fluidized bed desulfurization limestone is one of the most common method used. There are a lot of researches associated with fluidized bed desulfurization limestone, but analysis related reaction from the microcosmic is not common. In this thesis, the current research status of reaction is introduced. Based on density functional theory, the paper analyzed the CaO desulfurization reaction mechanism. In this thesis, CaO, SO2 was set up and optimized. The model of SO2 adsorbed on CaO was optimized, and then adsorption can was calculated. Finally the obtained data were analyzed.
吴令男、胡笑颖、巨少达
化学环境污染、环境污染防治硅酸盐工业
热能工程石灰石脱硫aO密度泛函理论反应机理
thermal engineeringthe limestone desulfurizationCaOdensity functional theoryreaction mechanism
吴令男,胡笑颖,巨少达.SO2在CaO表面的吸附机理研究[EB/OL].(2016-01-12)[2025-08-11].http://www.paper.edu.cn/releasepaper/content/201601-241.点此复制
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