Gradient Elution in Column Liquid Chromatography: Theory and Practice

Content: 
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Page iii

Copyright Page
Page iv

Journal of Chromatography Library
Pages xv-xvi

Preface
Pages xvii-xix
Pavel Jandera, Jaroslav Churáček

Chapter 1 The Mobile Phase And Chromatographic Behaviour Under Isocratic Conditions
Pages 3-37

Chapter 2 Retention Characteristics In Isocratic Elution Chromatography
Pages 39-52

References to Part I
Pages 52-55

Chapter 3 Classification Of Mobile Phase Gradients
Pages 59-65

Chapter 4 Simple (Continuous) Gradient Elution Chromatography
Pages 67-129

Chapter 5 Chromatography With Composed Gradients Of The Mobile Phase
Pages 131-142

Chapter 6 Ternary and More Complex Mobile Phase Gradients
Pages 143-155

Chapter 7 Selection of The Optimum Gradient
Pages 157-180

References to Part II
Pages 180-182

Chapter 8 Instrumentation for Production of Mobile Phase Gradients
Pages 185-242

Chapter 9 Detection and Quantitation in Gradient Elution Liquid Chromatography
Pages 243-260

Chapter 10 Column Packing Material and Mobile Phase in Gradient Elution Liquid Chromatography: Practical Aspects
Pages 261-269

Chapter 11 Special Gradient Elution Techniques and Other Techniques of Programming Operating Conditions in Liquid Chromatography
Pages 271-281

References to Part III
Pages 282-284

Chapter 12 Applications of Gradient Elution in Liquid Chromatography Hydrocarbons
Pages 289-294

Chapter 13 Alcohols and Phenols, Ethers
Pages 295-300

Chapter 14 Carbonyl Compounds: Aldehydes, Ketones, Quinones
Pages 301-305

Chapter 15 Sugars and Their Derivatives, Polysaccharides
Pages 307-314

Chapter 16 Lower Carboxylic Acids, Esters and Organic Peroxides
Pages 315-323

Chapter 17 Fatty Acids and Lipids
Pages 325-333

Chapter 18 Steroids
Pages 335-341

Chapter 19 Amines, Nitrogen Bases and Other Related Nitrogen-Containing Compounds
Pages 343-351

Chapter 20 Amino Acids
Pages 353-363

Chapter 21 Peptides and Proteins
Pages 365-379

Chapter 22 Nucleic Acids and Their Constituents
Pages 381-393

Chapter 23 Alkaloids, Drugs, Pharmaceutical Preparations
Pages 395-407

Chapter 24 Vitamins and Carotenoids
Pages 409-413

Chapter 25 Antibiotics
Pages 415-418

Chapter 26 Sulphonic Acids, Synthetic Dyes, Dye Intermediates
Pages 419-423

Chapter 27 Pesticides, Organochloro Compounds
Pages 425-433

Chapter 28 Other Oxygen- and Nitrogen-Containing Heterocycles of Biochemical Importance
Pages 435-439

Chapter 29 Organometallic Compounds, Metal Coordination Complexes and Inorganic Ions
Pages 441-445

Chapter 30 Technical Products and Industrial Applications
Pages 447-457

Chapter 31 Foods and Beverages
Pages 459-463

Chapter 32 Environmental Applications
Pages 465-468

Chapter 33 Clinical Diagnostics
Pages 469-470

Appendix 1 Retention Characteristics in Isocratic Elution Chromatography in Dependence of The Concentration of The Stronger Eluting Agent in the Mobile Phase, C, for Different K′ = F(C) Functions
Pages 472-473

Appendix 2 Solution of the Basic Equation for Gradient Elution Chromatography (Eqn. 4.2) for Different K′ = F(C) and C = φ(V) Functions from Tables 2.1 And 4.1
Pages 474-483

Appendix 3 Block Diagram of The Program for Calculation of Optimized Gradient Profile in Gradient Elution Chromatography
Pages 484-485

Appendix 4 List Of Symbols Used
Pages 486-493

Subject Index
Pages 495-510