/inca/publications/misc/622341shorttoc.docShort Contents also available.
Chapter hea dings. Radiation chemistry: from the early days to the next millennium. Introduction, Theory, Instrumentation, Homogeneous systems, Or ganized assemblies and heterogeneous systems, Applications, Conclusions, References.
Accelerators for ultrafast phenomena. Introduction, Acceleration methods for ultrafast studies, Beam t ransport and pulse compression techniques, Pulse width determination, Ex perimental detection methods, Conclusion, References.
Ion-beam radiation chemistry. Introduction, Energy deposition processes, Experimental techniques, Water and aqueous solutions, Organic liquids, Polymeric systems, References.
Radiation ch emistry under magnetic fields - Spin coherence effects.
Introduction, Singlet-correlated radical ion pairs in irradiated a lkanes, Stationary effects, mary-spectroscopy, Time-resolved effects, qu antum beats, Conclusion, References.
Muonium chemistr
Chapter hea dings. Radiation chemistry: from the early days to the next millennium. Introduction, Theory, Instrumentation, Homogeneous systems, Or ganized assemblies and heterogeneous systems, Applications, Conclusions, References.
Accelerators for ultrafast phenomena. Introduction, Acceleration methods for ultrafast studies, Beam t ransport and pulse compression techniques, Pulse width determination, Ex perimental detection methods, Conclusion, References.
Ion-beam radiation chemistry. Introduction, Energy deposition processes, Experimental techniques, Water and aqueous solutions, Organic liquids, Polymeric systems, References.
Radiation ch emistry under magnetic fields - Spin coherence effects.
Introduction, Singlet-correlated radical ion pairs in irradiated a lkanes, Stationary effects, mary-spectroscopy, Time-resolved effects, qu antum beats, Conclusion, References.
Muonium chemistr
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