
Luminescence Process of Optically Active Ions in Solids: Volume 4
Elsevier (Publisher)
Book
Hardback
978-0-444-52776-9 (ISBN)
Description
Current advances in the study of luminescent materials are driven by many factors: the emergence of new materials (nanostructures), more elaborate theoretical models (with increased computational power), more sophisticated experimental equipment and techniques, and the environmentally driven need for high-quality, more efficient products (lighting).
This book on luminescent materials and processes will be of interest to experimentalists and theorists. It covers solid-state systems doped with optically active ions. These systems are finding applications in lasers, scintillators, luminophores and opto-electronics. They also provide a rich array of problems involving the interaction of radiation with matter.
This book on luminescent materials and processes will be of interest to experimentalists and theorists. It covers solid-state systems doped with optically active ions. These systems are finding applications in lasers, scintillators, luminophores and opto-electronics. They also provide a rich array of problems involving the interaction of radiation with matter.
More details
Series
Language
English
Place of publication
Oxford
United Kingdom
Publishing group
Elsevier Science & Technology
Target group
Professional and scholarly
Dimensions
Height: 229 mm
Width: 152 mm
ISBN-13
978-0-444-52776-9 (9780444527769)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Classification
Persons
Author
Osram Sylvania Inc., Beverly, MA
Boston College, Boston, MA
Wheaton College, Norton, MA
Content
1. Introduction. Statement of Purpose
2. The Nature of Optically Active Ions in Solids
3. Electronic Structure of Optically Active Ions in Solids
4. Energy levels of Ions in Solids (Rare Earth ions and Transition Metal Ions)
5. The Ion-Photon Interaction
6. The Ion-Phonon Interaction
7. Luminescence Processes
8. Intensity and Shape of Spectral Lines
9. The Judd-Otelt Theory
10. Current Problems in Luminescence
2. The Nature of Optically Active Ions in Solids
3. Electronic Structure of Optically Active Ions in Solids
4. Energy levels of Ions in Solids (Rare Earth ions and Transition Metal Ions)
5. The Ion-Photon Interaction
6. The Ion-Phonon Interaction
7. Luminescence Processes
8. Intensity and Shape of Spectral Lines
9. The Judd-Otelt Theory
10. Current Problems in Luminescence