附註:Includes bibliographical references and index.
1. Studies of hydrogen in semiconductors using the positive muon as a proton analogue / S.F.J. Cox -- 2. Theory of hydrogen in semiconductors / R. Jones -- 3. Muonium dynamics in semiconductors / R.L. Lichti -- 4. Computational studies in hydrogen-related complexes in semiconductors / R. Luchsinger [and others] -- 5. Hydrogen atoms and complexes in monocrystalline semiconductors / R.C. Newman -- 6. Muon states in polycrystalline and amorphous silicon / E.A. Davis, A. Singh and S.F.J. Cox -- 7. Hydrogen bonding and transport in disordered silicon / W.B. Jackson -- 8. Muon studies in organic conductors / W. Hayes -- 9. Protons in oxides / C.R.A. Catlow [and others] -- 10. The effect of hydrogen on superconductivity and magnetism in high-T[subscript c] materials / A. Weidinger and H. Glückler -- 11. Disorder and dissipation in quantum diffusion / Nikolai V. Prokof'ev -- 12. Atomistic modelling of quantum diffusion in metals / H.R. Schober -- 13. Investigation of muon-state dynamics in silicon by longitudinal field-quenching and radio-frequency [symbol]+spin resonance / R. Scheuermann [and others] -- 14. Hydrogen defect states in gallium arsenide : ab initio calculations / T.R. Adams, M. Roberson and R.L. Lichti -- 15. Theoretical study of the arsenic-hydrogen complex in silicon / H.U. Suter, N. Paschedag and P.F. Meier -- 16. Level-crossing resonance spectra for bond-centred muonium in silicon / R.M. Füchslin and P.F. Meier -- 17. Low-temperature quantum diffusion of light particles : the domains of the various mechanisms in the static-energy-asymmetry-temperature plane / T. Regelmann, L. Schimmele and A. Seeger -- 18. Quantum diffusion of muonium in an inhomogeneous crystal / V. Storchak [and others] -- 19. Charge transport in solid nitrogen / V. Storchak, J.H. Brewer and G.D. Morris -- 20. Muon-nuclear quadrupolar level crossing resonance in solid nitrogen evidence for (N[subscript 2]MuN[subscript 2])+ complex formation? / T.A. Claxton -- 21. Muon-hydrogen cor
摘要:The use of positive muons to simulate protons in solids is a relatively new, but already successful field of research, which exploits the unique properties of the muon. This book is a collection of papers for special issues of the Philosophical Magazine Part B and the Philosophical Magazine Transactions A, together with previously unreleased material presented at a seminar on the subject. The 30 papers here are written by an international team of experts who effectively cover both the theoretical and experimental aspects of the subject.
