After joining the faculty at Toyohashi University of Technology (TUT) in 1978, the author has found two areas in separation sciences where microcolumn liquid chromatography (micro LC) can be beneficial One is the hyph...After joining the faculty at Toyohashi University of Technology (TUT) in 1978, the author has found two areas in separation sciences where microcolumn liquid chromatography (micro LC) can be beneficial One is the hyphenated techniques between many spectroscopic methods such as mass (MS), infrared (FT IR) and atomic emission (ICP), and micro LC The other one is rather difficult, but basic and theoretical approach which deals with retention mechanism in LC The latter project has especially been giving him a lot of scientific funs and honors in the last 20 years On the occasion of being awarded by The Society for Chromatographic Sciences the author would like to summarize his contributions to this topic which asks us "What Is Chromatographic Retention?展开更多
文摘After joining the faculty at Toyohashi University of Technology (TUT) in 1978, the author has found two areas in separation sciences where microcolumn liquid chromatography (micro LC) can be beneficial One is the hyphenated techniques between many spectroscopic methods such as mass (MS), infrared (FT IR) and atomic emission (ICP), and micro LC The other one is rather difficult, but basic and theoretical approach which deals with retention mechanism in LC The latter project has especially been giving him a lot of scientific funs and honors in the last 20 years On the occasion of being awarded by The Society for Chromatographic Sciences the author would like to summarize his contributions to this topic which asks us "What Is Chromatographic Retention?
文摘采用定量结构性质相关(QSPR)方法,利用SEDs(Steric and Electronic Descriptors)建立了预测GC-RRT,Kow和Sw的QSPR模型,进行了交叉验证(包括Leave-one-out方法和Leave-more-out方法),并且对缺乏性质数据的PCBs进行了预测.
