'A beginner in any discipline could use it for research inspiration and as a starting point....The last chapter is a delightful treatment of the fascinating realm of mixing processes. Chemical recipes are given in the appendixes...It is for any chemist,physicist,biologist, or mathmatician, from the undergradute to the professor, who wishes to be introduced to this beautiful area' Chemical Intelligencer

• Part I: Overview ; 1. Introduction - A Bit of History ; 2. Fundamentals ; 3. Apparatus ; 4. Chemical Oscillations: Synthesis ; 5. Chemical Oscillations: Analysis ; 6. Waves and Patterns ; 7. Computational Tools ; Part II: Special Topics ; 8. Complex Oscillations and Chaos ; 9. Transport and External Field Effects ; 10. Delays and Differential Delay Equations ; 11. Polymer Systems ; 12. Coupled Oscillators ; 13. Biological Oscillators ; 14. Turing Patterns ; 15. Stirring and Mixing Effects ; Appendix I ; Demonstrations ; A1.1 The Briggs-Rauscher Reaction ; A1.2 The Belousov-Zhabotinsky Reaction ; A1.3 BZ Waves ; A1.4 A Propagating pH Front ; Appendix 2 ; Experiments for the Undergraduate Lab ; A2.1 Frontal Polymerization ; A2.2 Oscillations in the Homogeneous Belousov-Zhabotinsky Reaction ; A2.3 Unstirred BZ System: "Measuring Rate Constants with a Ruler" ; Bibliography

'A beginner in any discipline could use it for research inspiration and as a starting point....The last chapter is a delightful treatment of the fascinating realm of mixing processes. Chemical recipes are given in the appendixes...It is for any chemist,physicist,biologist, or mathmatician, from the undergradute to the professor, who wishes to be introduced to this beautiful area' Chemical Intelligencer

• Part I: Overview ; 1. Introduction - A Bit of History ; 2. Fundamentals ; 3. Apparatus ; 4. Chemical Oscillations: Synthesis ; 5. Chemical Oscillations: Analysis ; 6. Waves and Patterns ; 7. Computational Tools ; Part II: Special Topics ; 8. Complex Oscillations and Chaos ; 9. Transport and External Field Effects ; 10. Delays and Differential Delay Equations ; 11. Polymer Systems ; 12. Coupled Oscillators ; 13. Biological Oscillators ; 14. Turing Patterns ; 15. Stirring and Mixing Effects ; Appendix I ; Demonstrations ; A1.1 The Briggs-Rauscher Reaction ; A1.2 The Belousov-Zhabotinsky Reaction ; A1.3 BZ Waves ; A1.4 A Propagating pH Front ; Appendix 2 ; Experiments for the Undergraduate Lab ; A2.1 Frontal Polymerization ; A2.2 Oscillations in the Homogeneous Belousov-Zhabotinsky Reaction ; A2.3 Unstirred BZ System: "Measuring Rate Constants with a Ruler" ; Bibliography

'A beginner in any discipline could use it for research inspiration and as a starting point....The last chapter is a delightful treatment of the fascinating realm of mixing processes. Chemical recipes are given in the appendixes...It is for any chemist,physicist,biologist, or mathmatician, from the undergradute to the professor, who wishes to be introduced to this beautiful area' Chemical Intelligencer

• Part I: Overview ; 1. Introduction - A Bit of History ; 2. Fundamentals ; 3. Apparatus ; 4. Chemical Oscillations: Synthesis ; 5. Chemical Oscillations: Analysis ; 6. Waves and Patterns ; 7. Computational Tools ; Part II: Special Topics ; 8. Complex Oscillations and Chaos ; 9. Transport and External Field Effects ; 10. Delays and Differential Delay Equations ; 11. Polymer Systems ; 12. Coupled Oscillators ; 13. Biological Oscillators ; 14. Turing Patterns ; 15. Stirring and Mixing Effects ; Appendix I ; Demonstrations ; A1.1 The Briggs-Rauscher Reaction ; A1.2 The Belousov-Zhabotinsky Reaction ; A1.3 BZ Waves ; A1.4 A Propagating pH Front ; Appendix 2 ; Experiments for the Undergraduate Lab ; A2.1 Frontal Polymerization ; A2.2 Oscillations in the Homogeneous Belousov-Zhabotinsky Reaction ; A2.3 Unstirred BZ System: "Measuring Rate Constants with a Ruler" ; Bibliography