Solid State Physics, Volume 58
Henry Ehrenreich, Frans Spaepen
Academic Press, Jul 17, 2004 - Science - 192 pages
Solid state physics is the branch of physics that is primarily devoted to the study of matter in its solid phase, especially at the atomic level. This prestigious serial presents timely and state-of-the-art reviews pertaining to all aspects of solid state physics.
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amplitude annealing antibonding Appl bulk calculation circularly polarized conduction band Curie temperature current density D. D. Awschalom degenerate density matrix depletion region described devices doping Dyakonov-Perel effect efficient spin injection eigenstates electric field electro-chemical potentials electron density electron spin epilayer equilibrium Faraday rotation ferromagnetic ferromagnetic metal ferromagnetic semiconductor g-factor Ga1-xMnxAs GaAs Hamiltonian heterostructures hole III-V interface resistance inversion symmetry layer Lett magnetic field magnetic semiconductors materials matrix element measurements momentum non-equilibrium spin polarization optical orbitals phonons Phys probe pulse quantum dots result Samarth samples scattering processes scattering rate Schottky semiconductor spintronics shows spatial spin coherence spin dynamics spin eigenstates spin lifetimes spin polarization spin precession spin relaxation rates spin transfer spin types spin-dependent tunneling spin-down electrons spin-orbit interaction spin-polarized contact spin-polarized electrons spin-up spintronics splitting substrate term tunnel barrier valence band wave vector zero ZnSe zone center