In this timely overview of the hot topic, displaying both application range and perspectives, outstanding experts and pioneers in the field begin with an introduction to muonium chemistry and to the techniques of muon spin spectroscopy. All relevant areas of varying degrees of complexity are discussed, from chemical reactivity in the gas phase to condensed matter and biological systems, while a chapter on the latest developments and promising perspectives completes this unique book.
In this timely overview of the hot topic, displaying both application range and perspectives, outstanding experts and pioneers in the field begin with an introduction to muonium chemistry and to the techniques of muon spin spectroscopy. All relevant areas of varying degrees of complexity are discussed, from chemical reactivity in the gas phase to condensed matter and biological systems, while a chapter on the latest developments and promising perspectives completes this unique book.
Donald G. Fleming is Professor Emeritus in the Department of Chemistry at the University of British Columbia in Canada. For the past 50 years his research has focused on the mass and spin relaxation features of muon probes in the chemical sciences. Iain McKenzie is a facility scientist at the Centre for Molecular and Materials Science at TRIUMF in Vancouver, British Columbia, Canada, and adjunct professor at Simon Fraser University and the University of Waterloo. He has 25 years of experience using muons to study free radicals and probe soft matter. Paul W. Percival is Professor Emeritus in the Department of Chemistry at Simon Fraser University in Burnaby, British Columbia, Canada. He was also a research scientist at TRIUMF for 40 years, with research covering a wide range of muonium chemistry.
Inhaltsangabe
Preface 1. Perspective and Introductory Remarks 2. Muon Beams and Spin Spectroscopy 3. Formation of Chemical States Incorporating Muons 4. Chemical Reactivity and Dynamics in the Gas Phase 5. Muonium Chemistry and Chemical Kinetics in Condensed Phases 6. Muoniated Free Radicals 7. Spin Relaxation Studies 8. Aspects of Materials Chemistry 9. Soft Matter, Organic Materials and Biological Systems 10. Future Developments and Outlook Appendix A: Derivation of Muon Polarization Expressions Appendix B: Muonium Rate Constants for Reactions in Solution Index
Preface 1. Perspective and Introductory Remarks 2. Muon Beams and Spin Spectroscopy 3. Formation of Chemical States Incorporating Muons 4. Chemical Reactivity and Dynamics in the Gas Phase 5. Muonium Chemistry and Chemical Kinetics in Condensed Phases 6. Muoniated Free Radicals 7. Spin Relaxation Studies 8. Aspects of Materials Chemistry 9. Soft Matter, Organic Materials and Biological Systems 10. Future Developments and Outlook Appendix A: Derivation of Muon Polarization Expressions Appendix B: Muonium Rate Constants for Reactions in Solution Index
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