Orsolya Farkas - Academia.edu (original) (raw)
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Papers by Orsolya Farkas
Environmental Chemistry Letters, 2011
A novel quantitative structure–retention relationship model has been developed for the gas chroma... more A novel quantitative structure–retention relationship model has been developed for the gas chromatographic relative retention times (t R) of 67 polychlorinated monoterpene congeners in a non-polar column. Modeling of the relative retention time of these compounds as a function of the theoretically derived descriptors was established by principal component and partial least squares regressions. The choice of optimal training sets
Environmental Chemistry Letters, 2011
A novel quantitative structure–retention relationship model has been developed for the gas chroma... more A novel quantitative structure–retention relationship model has been developed for the gas chromatographic relative retention times (t R) of 67 polychlorinated monoterpene congeners in a non-polar column. Modeling of the relative retention time of these compounds as a function of the theoretically derived descriptors was established by principal component and partial least squares regressions. The choice of optimal training sets