Defects in Silicon: Hydrogen: Volume 76

Chapter headings and selected papers: H2 Molecules in Silicon. Formation of hydrogen molecules in crystalline silicon (A.W.R. Leitch et al.). Energetics and vibrational frequencies of interstitial H2 molecules in semiconductors (C.G. Van de Walle, J.P. Goss). Interaction of hydrogen (deuterium) molecules with interstitial oxygen atoms in silicon (V.P. Markevich et al.). Interaction of Hydrogen with Defects. Vacancy-hydrogen complexes in germanium (B.J. Coomer et al.). The C-type defect on Si(001) as a hydrogen-vacancy complex (T. Miyazaki et al.). Ionisation and trapping of hydrogen at SiO2 interfaces (V.V. Afanas'ev, A. Stesmans). Hydrogen in Processing. Hydrogen enhancement of thermally induced interface degradation in thermal (111) Si/SiO2 traced by electron spin resonance (A. Stesmans, V.V. Afanas'ev). Hydrogen passivation of multicrystalline silicon solar cells (R. Luedemann). Self-organization as a means to suppress and control defect formation in silicon (A.Y. Gubenko). Transition-Metal-Hydrogen Complexes. The electronic properties of transition metal hydrogen complexes in silicon (R. Jones et al.). Gold - hydrogen complexes in silicon (L. Rubaldo et al.). Hydrogen - rhodium complexes in silicon (S. Knack et al.). The structural properties of transition metal hydrogen complexes in silicon (A. Resende et al.). Alternative Passivation Mechanisms. Cu-related complexes in silicon (S.K. Estreicher, J.L Hastings). Proton Implantation. Evolution of defect structures in silicon after low temperature implantation of hydrogen (K.B. Nielsen, B. Bech Nielsen). Author index. Subject index. Appendix.