第六章。切割心脏的二维气相色谱

H. Schmarr
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引用次数: 0

摘要

多维气相色谱(MDGC)与一维气相色谱相比具有更高的分离效率。将目标分析物选择性转移到第二个独立的分离柱上,最好使用切割心脏的二维气相色谱,这里定义为“MDGC”。特别是在通常具有复杂基质的食品分析中,MDGC可以大大降低共洗脱的风险,否则可能会干扰感兴趣的分析物的检测。本章总结了当前柱流切换的技术实现,提出了优化概念,描述了最近的趋势,特别是在风味分析和真实性控制领域的重要应用报告,并总结了基于芯片的MDGC的未来前景。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Chapter 6. Heart-cutting Two-dimensional Gas Chromatography
Multidimensional gas chromatography (MDGC) offers superior separation efficiency when compared with one-dimensional GC. The selective transfer of target analytes onto a second and independent separation column is best achieved with heart-cutting two-dimensional GC, herein defined as “MDGC”. Particularly in food analysis with often complex matrices, MDGC can drastically reduce the risk of co-elutions that can otherwise interfere with detection of the analytes of interest. The present chapter summarizes current technical implementations for column flow switching, presents optimization concepts, describes recent trends, reports on important applications particularly in the fields of flavor analysis and authenticity control, and concludes with a future perspective on chip-based MDGC.
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