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Quantitative In Silico Analysis of the Specificity of a Graphitic Carbon Column

  作者 Hanai, T  
  选自 期刊  Journal of Pharmacology and Experimental Therapeutics;  卷期  2009年32-5;  页码  647-655  
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[摘要]

Molecular interaction energy (MI) values calculated by molecular mechanics (MM2) using a model graphitic carbon phase were used to study the specificity of a graphitic carbon column. The analytes were positional isomers of aromatic polar compounds. The log k values were measured using buffered aqueous eluents. The MI values did not correlate with the log k values measured on a graphitic carbon synthesized using silica matrix. The log k values correlated well with the hydrogen bonding energy values calculated using the model silica and carbon phases. The log k values correlated well with MI values calculated using the model silica phase. The graphitic carbon column demonstrated properties of both graphitic carbon and silica gel.

 
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