Division of separation methods . Separation according to the size of particles on the basis of various migration  rate in a force field (sedimentation, centrifugation, ultracentrifugation,  cyclones, impactors , foam flotation,  thermodiffusion, electrostatic and magnetic separations, methods of flow analysis-FFF), permeation methods, ( sieving, filtration, membrane methods,  ultrafiltration, dialysis, electrodialysis, reverse osmosis ). Physical-chemical separations ( chilling, crystallization, zonic crystallization, salt displacement and  precipitation, inclusive compounds, sublimation, lyophilization, distillation and rectification-, azeotropic dislillation,co-distillation, vacuum distillation, molecular distillation). Selective dissolution, (L-S extraction). Liquid (L-S ) extraction ( deviations from distributive principle, extraction system of simple molecules, pseudomolecular substance, chelate complexes and ion ). Gas Chromatography:  theory -Van Deemeterś equation and characteristic  of individual terms , equations for capillary and packing columns, differentiation and its influencing, column selection. Sample injection system for  packing and  capillary columns, TCD, FID, AFID, (TID,NPD), HeD(ArD), CSD, ECD,PID detectors ,electrochemical detectors, O-FID, combined techniques (GC/AED,GC/MS,GC/FTIR). Quality in GC-retention data, retention indexes and their connections with a structure, selective detection, derivatization, reaction gas chromatography, ( abstraction techniques, hydrogenation, dehydrogenation, carbon skeleton chromatography , pyrolysis, identification reaction behind a column). Quantification of results in column methods. 
         
         
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