![]()
![]() Semiconductor
Spintronics
by Jianbai Xia (Chinese
Academy of Sciences, China), Weikun
Ge (Tsinghua University,
China & Sun Yat-Sen
University, China) & Kai
Chang (Chinese Academy of
Sciences, China)
552pp
978-981-4327-90-9 (hardcover):
US$160 / £106 / S$211 US$120 / £79.50 /
S$158.25
978-981-4327-91-6 (ebook):
US$208 / £138 / S$274 US$156 / £103.50
/ S$205.50
![]()
Table
of Contents (55 KB)
Introduction
(221 KB)
Chapter
1: Properties of Magneticions in
Semiconductors (309 KB)
Semiconductor Spintronics, as an
emerging research discipline and
an important advanced field in
physics, has developed quickly and
obtained fruitful results in
recent decades. This volume is the
first monograph summarizing the
physical foundation and the
experimental results obtained in
this field. With the culmination
of the authors' extensive working
experiences, this book presents
the developing history of
semiconductor spintronics, its
basic concepts and theories,
experimental results, and the
prospected future development.
This unique book intends to
provide a systematic and modern
foundation for semiconductor
spintronics aimed at researchers,
professors, post-doctorates, and
graduate students, and to help
them master the overall knowledge
of spintronics.
Contents:
- Introduction
- Properties of Magnetic Ions in
Semiconductors
- Properties of DMSs
- Ferromagnetic Semiconductors
- Injection of Spin-polarized
Electrons
- Spin Relaxation
- Rashba and Dresselhaus Effects
- Optical Responses of Electron
Spins in Semiconductors
- Manipulation of Spin Coherent
Electrons
- Spin-Polarized Electron and
Domain Wall Transport
- Future Quantum Dot and Quantum
Wire Spintronics
Key Features:
- Provides comprehensive and
advanced knowledge from the
authors' own research
experiences and leading
laboratories in the worldwide
- Theories are accompanied by
experimental results which will
help readers master the overall
knowledge quickly
|