01611nam a2200157   4500001000700000100004100007101000800048200010700056210003400163215002800197225004000225330112500265606001801390606002401408700002101432382931  a20050822d1968       y0pory50      ba  aeng  aPrinciples of adsorption chromatographyethe separation of nonionic organic compoundsfLloyd R. Snyder  aNew YorkcMarcel Dekkerd1968  axvi, 413 p.cil.d24 cm  aChromatographic Science Seriesv3    aForeword. Preface. Chapter 1. Introduction. Chapter 2. The Chromatographic process and techniques of separation. Chapter 3. General aspects of adsorption. Chapter 4. The importance of sample size in adsorption chromatography. Isotherm linearity. Chapter 5. Bed efficiency. Bandwidth versus separation conditions. Chapter 6. The general role of adsorbent type and activity. Chapter 7. Individual adsorbents. Chapter 8. The role of the solvent. Chapter 9. Gas-Solid chromatography. Chapter 10. The role of sample structure. Primary effects. Chapter 11. The role of sample structure. Secondary effects. Chapter 12. Separation temperature as a variable. Chapter 13. Some related topics. Appendix I. Calculation of R´M values from experimental R F values. Appendix II. Characterization of silica samples by silanization. Appendix III. A rapid procedure for estimating the solvent strengths of a series of binary mixtures. Tabulated values for several binary solvent systems. Appendix IV. Differing adsorption mechanisms on Alumina and Silica. Appendix V. Examples of the calculation of K values in adsorption chromatography.  aCROMATOGRAFIA  aANÁLISE DE TINTAS  aSNYDERbLloyd R.