Optical Orientation

Content: 
Modern Problems in Condensed Matter Sciences
Page ii

Front Matter
Page iii

Copyright page
Page iv

Modern Problems in Condensed Matter Sciences
Page v

Preface to the Series
Page vi

Preface
Pages vii-ix
F. Meier, B.P. Zakharchenya

CHAPTER 1 - Major Physical Phenomena in the Optical Orientation and Alignment in Semiconductors
Pages 1,3-10
V.I. PEREL', B.P. ZAKHARCHENYA

CHAPTER 2 - Theory of Optical Spin Orientation of Electrons and Nuclei in Semiconductors
Pages 11-13,15-71
M.I. DYAKONOV, V.I. PEREL

CHAPTER 3 - Spin Relaxation under Optical Orientation in Semiconductors
Pages 73-75,77-131
G.E. PIKUS, A.N. TITKOV

CHAPTER 4 - Optical Alignment of Electron Momenta in GaAs-Type Semiconductors
Pages 133-171
D.N. MIRLIN

CHAPTER 5 - Optical Orientation of the Coupled Electron–Nuclear Spin System of a Semiconductor
Pages 173-258
V.G. FLEISHER, I.A. MERKULOV

CHAPTER 6 - Applications of Polarized Electron Sources Utilizing Optical Orientation in Solids
Pages 259-294
D.T. PIERCE, R.J. CELOTTA

CHAPTER 7 - Spin-Polarized Photoemission by Optical Orientation
Pages 295-351
F. MEIER, D. PESCIA

CHAPTER 8 - Optical Orientation of Excitons
Pages 353-380
R. PLANEL, C. BENOIT A LA GUILLAUME

CHAPTER 9 - Optical Investigation of Hyperfine Coupling between Electronic and Nuclear Spins
Pages 381-421
D. PAGET

CHAPTER 10 - Spin-Polarized Photoelectrons and Crystal Symmetry
Pages 423-462
M. WÖHLECKE, G. BORSTEL

CHAPTER 11 - Optical Detection of Conduction Electron Spin Resonance in Semiconductors and its Application to k · p Perturbation Theory
Pages 463-465,467-508
Claudine HERMANN, Claude WEISBUCH

Author Index
Pages 509-518

Subject Index
Pages 519-523