The theme of 'escape from metastable states', either via noise-assisted hop ping and/or quantum tunneling, is pivotal to many scientific disciplines. It impacts on suchdiversephysical, chemicalandbiologicalprocessesasdiffu sion in solids, chemical reactions per se, nucleation phenomenaand transfer ofmatter and information in biologicalcomplexes, to name only a few. With 'New Trends in Kramers' Reaction Rate Theory' this book fills yet another part of the multifaceted scope which underpins the Understanding of Chemical Reactivity. Since the publication of the comprehensive review about...
The theme of 'escape from metastable states', either via noise-assisted hop ping and/or quantum tunneling, is pivotal to many scientific disciplines. ...
The theme of 'escape from metastable states', either via noise-assisted hop- ping and/or quantum tunneling, is pivotal to many scientific disciplines. It impacts on suchdiversephysical,chemicalandbiologicalprocessesasdiffu- sion in solids, chemical reactions per se, nucleation phenomenaand transfer ofmatter and information in biologicalcomplexes, to name only a few. With 'New Trends in Kramers' Reaction Rate Theory' this book fills yet another part of the multifaceted scope which underpins the Understanding of Chemical Reactivity. Since the publication of the comprehensive review about...
The theme of 'escape from metastable states', either via noise-assisted hop- ping and/or quantum tunneling, is pivotal to many scientific disciplines....
Surveys key experiments chosen from physics, chemistry and biology, and describes theoretical methods appropriate for both classical and quantum barrier crossing. A major feature of the book is the attempt to integrate the experimental and theoretical work in one volume.
Surveys key experiments chosen from physics, chemistry and biology, and describes theoretical methods appropriate for both classical and quantum barri...
