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Effect of pore size of stationary phase on the separation performance of chip-based gas chromatography columns

机译:固定相对芯片基气相色谱柱分离性能的影响

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Chip-based semi-packed gas chromatography (GC) columns coated with two kinds of mesoporous silica (MS) stationary phase have been explored and compared in this paper. For the first time, the influence of pore size of the stationary phase on the separation performance in a micro GC (μGC) column has been investigated. As has been demonstrated, full separation of heavy hydrocarbons (C_5-C_(10)) can be achieved in both columns. Moreover, compared with stationary phase of smaller pores, that of bigger ones leads to obviously increased retention time of C_9 and C_(10).
机译:涂有两种中孔二氧化硅(MS)固定相的芯片的半包装气相色谱(GC)柱已经探讨并比较了本文。首次,研究了静脉尺寸对微GC(μGC)塔中分离性能的孔径的影响。如已经证明的,可以在两个柱中实现重质烃的完全分离(C_5-C_(10))。此外,与较小孔的固定相比相比,较大的孔的相比明显增加了C_9和C_(10)的保留时间。

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