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Preface to the series. Preface. 1. P.P. Feofilov and the spectroscopy of activated crystals (A.A. Kaplyanskii and A.I. Ryskin). 2. Crystal field and electron-phonon interaction in the rare-earth ionic paramagnets (B.Z. Malkin). 3. Coherent transient and holeburning spectroscopy of rare earth ions in solids (R.M. Macfarlane and R.M. Shelby). 4. Experimental studies of energy transfer in rare earth ions in crystals (W.M. Yen). 5. Energy transfer in crystals (D.L. Huber). 6. Spectral migration of excitations in rare-earth activated glasses (T.T. Basiev, V.A. Malyshev and A.K. Przhevuskii). 7. Spectroscopy of collective states and co-operative transitions in disordered rare earth activated solids (V.V. Ovsyankin). 8. Ion-ion interactions and exciton effects in rare earth insulators (R.L. Cone and R.S. Meltzer). 9. Spectroscopic studies of Jahn-Teller phase transitions in rare earth crystals (R.T. Harley). 10. Studies of spin systems by means of light scattering in paramagnetic crystals (S.A. Al'tshuler, A.Kh. Khasanov and B.I. Kochelaev). 11. Electron paramagnetic resonance in the excited states of rare earth ions in crystals (R. Furrer). 12. Optical detection of spin-system magnetization in rare-earth activated crystals and glasses (V.S. Zapasskii). Author index. Subject index. Materials index. Cumulative index.
Spectroscopy of Crystals Containing Rare Earth Ions'' contains chapters on some key problems selected from a broad range of spectroscopic studies of RE-activated solids including both crystalline and glassy materials. Progress in crystal field theory is surveyed, an area which is basic to our understanding of the energy levels. The treatment of dynamical properties includes studies of coherence phenomena in isolated ions, energy transfer between ions and co-operative phenomena associated with ion-ion and ion-lattice interactions. In addition, the role of electron spins and nuclear spins is studied by light scattering and double resonance techniques. The presence of inhomogeneous broadening of spectral lines is observed and studied in many contexts, leading to new insights into general problems of the disordered state. Considerable attention is devoted to describing new experimental techniques whose development is of prime importance for progress in the spectroscopy of RE-activated solids. Many of these rely on the development and application of tunable lasers. At the moment this is a very active field of spectroscopy with more exciting developments likely to occur in the future.
- © North Holland 1987
- 1st December 1987
- North Holland
- eBook ISBN: