Prediction of the plate height of capillary columns operated at any inlet pressure of the carrier gas by using few retention data measured under isobaric conditions.

Keywords

Isobaric process, Chemistry, Inlet, Isothermal process, Chromatography

References

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• Automatic prediction of retention times in multi-linear programmed temperature analysesS. Vezzani, Paolo Moretti, Gianrico Castello — 1997
• Automatic prediction of retention times in programmed-pressure isothermal gas chromatographyS. Vezzani, D. Pierani, Paolo Moretti — 1999
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Cited by

• Prediction of the separation number of capillary columns in programmed temperature gas chromatographic analysis.S. Vezzani, Paolo Moretti, Gianrico Castello — 2007
• Retention models for programmed gas chromatography.Gianrico Castello, Paolo Moretti, S. Vezzani — 2009
• Prediction of gas chromatographic peak width in capillary columns at different temperatures, carrier gas flows, column lengths, inside diameters and carbon numbers.Kanit Krisnangkura, Varaporn Pongtonkulpanich — 2006
• Prediction of the resolution of capillary columns in different conditions of inlet pressure and temperature.S. Vezzani, Paolo Moretti, Gianrico Castello — 2004
• Prediction of theoretical plate number in isothermal gas chromatographic analysis on capillary columns.Paolo Moretti, S. Vezzani, Gianrico Castello — 2006
• Prediction of retention times and efficiency in linear gradient programmed pressure analysis on capillary columns.S. Vezzani, Paolo Moretti, Gianrico Castello — 2004
• A calculation method for the prediction of effective plate height in capillary gas chromatography.Paolo Moretti, S. Vezzani, Gianrico Castello — 2009
• Nonsteady-state flow in gas chromatography during fast changes in inlet pressure.Tal M. Nahir — 2004
• GC models for separation optimization in pressure-tuneable tandem capillary columns operated isothermally. Part 1: Theoretical aspects.Enrico Veschetti, Ivan Notardonato, Pasquale Avino — 2013
• Influence of Pressure Gradient on Column Efficiency in GC SeparationsWeiqiang Hao, Bin Di, Qiang Chen — 2012

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