This review first discusses the limitations of many of the supports and stationary phases used in reversed phase high performance liquid chromatography and then describes those, developed more recently, that present better stabilities and more versatile selectivities. Emphases will be given to stationary phases that use higher purity silicas, hybrid silicas, monolithic silicas, metallic oxides and mixed oxides as supports and those that have embedded polar groups or contain phenyl or fluoro groups as the stationary phase as well as the phases used for mixed mode or hydrophilic interaction separations. These modern stationary phases facilitate the analysis of complex mixtures
Charles University in Prague Faculty of Science Department of Analytical Chemistry Modern Reversed S...
In recent years high performance liquid chromatography (HPLC) has gained a dominant position in the ...
Oligo(ethylene glycol) (OEG) covalently bonded silica was prepared by using click chemistry and empl...
The present work reviews recent advances in the preparation of new reversed phase packing materials ...
Reversed-phase chromatography is the method of choice for the analysis of basic compounds. However, ...
is the separation mode of choice. Faster method development procedures using aggressive eluents unde...
is the separation mode of choice. Faster method development procedures using aggressive eluents unde...
is the separation mode of choice. Faster method development procedures using aggressive eluents unde...
is the separation mode of choice. Faster method development procedures using aggressive eluents unde...
Reversed-phase liquid chromatography (RP-HPLC) has become a powerful and widely employed technique i...
Disertační práce Summary High performance liquid chromatography achieved during its existence enormo...
Mobile phase pH and temperature are major factors in determining retention, selectivity and chromato...
Several reversed-phase materials for high-performance liquid chromatography were obtained by deposit...
Charles University in Prague Faculty of Science Department of Analytical Chemistry Modern Reversed S...
Charles University in Prague Faculty of Science Department of Analytical Chemistry Modern Reversed S...
Charles University in Prague Faculty of Science Department of Analytical Chemistry Modern Reversed S...
In recent years high performance liquid chromatography (HPLC) has gained a dominant position in the ...
Oligo(ethylene glycol) (OEG) covalently bonded silica was prepared by using click chemistry and empl...
The present work reviews recent advances in the preparation of new reversed phase packing materials ...
Reversed-phase chromatography is the method of choice for the analysis of basic compounds. However, ...
is the separation mode of choice. Faster method development procedures using aggressive eluents unde...
is the separation mode of choice. Faster method development procedures using aggressive eluents unde...
is the separation mode of choice. Faster method development procedures using aggressive eluents unde...
is the separation mode of choice. Faster method development procedures using aggressive eluents unde...
Reversed-phase liquid chromatography (RP-HPLC) has become a powerful and widely employed technique i...
Disertační práce Summary High performance liquid chromatography achieved during its existence enormo...
Mobile phase pH and temperature are major factors in determining retention, selectivity and chromato...
Several reversed-phase materials for high-performance liquid chromatography were obtained by deposit...
Charles University in Prague Faculty of Science Department of Analytical Chemistry Modern Reversed S...
Charles University in Prague Faculty of Science Department of Analytical Chemistry Modern Reversed S...
Charles University in Prague Faculty of Science Department of Analytical Chemistry Modern Reversed S...
In recent years high performance liquid chromatography (HPLC) has gained a dominant position in the ...
Oligo(ethylene glycol) (OEG) covalently bonded silica was prepared by using click chemistry and empl...