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煤表面與高分子作用機理的量子化學研究

Quantum Chemistry Study of Effect Mechanism of Polymer on Coal Surface

  • 摘要: 選擇不同煤階的煤分子結構模型,結合量子化學方法,對煤分子中各原子的電子云分布進行計算.根據計算結果,分析了高分子在煤粒表面的吸附機理,解釋陰離子型高分子在帶負電的煤粒表面的吸附原因.

     

    Abstract: The macro-qualities of coal have been explained completely. But its micro-qualities need to be studied. The electric charge distribution on the surface of coal was calculated by means of quantum chemistry. The mechanism that polymers are adsorbed on coal surface is analyzed in detail, which successfully explains why anionic polymers are adsorbed by coal surface with negative charge. Because it uneven electron density in distribution, some area of electron density is thinner on the coal surface. So the active group of polymer could be adsorbed on it by means of van der Wauls and hydrogen bond force.

     

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