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156Conclusion et perspectives
BibliographieBibliographieChapitre IIAeschlimann97 : Aeschlimann et al, PRL 79, 25, Ultrafast Spin-Dependent ElectronDynamics in fcc Co (1997)Alperovich05 : Alperovich V. et al, Nuclear Instruments and Methods in Physics Researchsection A-accelerators spectrometers detectors and associated equipment 536 (3), 302-307,Polarized cathodoluminescence induced by low-energy spin-polarized electrons injected in p-GaAs(Cs,O) (2005)Appelbaum07 : Appelbaum I. et al, Nature, Vol 447, 05803, Electronic measurement andcontrol of spin transport in silicon (17 May 2007)Braden03 : Braden J.G et al, PRL, 91, 056602, Direct Measurement of the Spin Polarizationof the Magnetic Semiconductor (Ga,Mn)As, (2003)Busch69 : Busch G. et al, PRL 22, 597, Observation of Electron Polarization inPhotoemission (1969)Cacho02 : Cacho C et al, PRL, 88, 066601-1, Spin Filtering of Free Electrons by MagneticMultilayers: Towards an Efficient Self-Calibrated Spin Polarimeter (2002)Celotta94 : Celotta RJ. Et al, JAP 75, 6452, Hot electron spin-valve effect in coupledmagnetic layers (1994)Clark63 : Clark W.G et al, PRL 10, 134, Nuclear Polarization in InSb by a dc Current (1963)Cohen73 : Mécanique quantique, Cohen-Tannoudji C., Diu B., Tome II, p.1202Datta89 : Datta S. et al, APL, 56,665, Electronic analog of the electro-optic modulator(1989)Drouhin96 : Drouhin H-J. et al, J.Appl.Phys. 79, 4734, Spin-dependent transmission of freeelectrons through ultrathin cobalt layers (invited) (1996)Drouhin00: Drouhin H-J. et al, PRB 62, 556, Total scattering cross section of spin-polarizedlow-energy electrons in transition metals (2000)Esaki67 : Esaki L. et al, PRL 19, 852-854, Magnetointernal Field Emission in Junctions ofMagnetic Insulators (1967)Fert01 : Fert A. et al, PRB 64, 184420, Conditions for efficient spin injection from aferromagnetic metal into a semiconductor (2001)Fert06 : Fert A. et al, IEEE Trans.Electron.Devices (special issue on spintronics)Filipe98 : Filipe A. et al, PRL 80, 2425, Spin-Dependent Transmission of Electrons throughthe Ferromagnetic Metal Base of a Hot-Electron Transistorlike System (1998)Gröbli95 : Gröbli J.C. et al, Phys.Rev.B 51, 2945, Spin-dependent transmission of polarizedelectrons through a ferromagnetic iron film (1995)Groot83 : R. A. de Groot et al., Phys. Rev. Lett. 50, 2024, New Class of Materials: Half-Metallic Ferromagnets (1983)Hanbicki03 : Hanbicki A.T. et al, APL 82, p.4092, Analysis of the transport processproviding spin injection through an Fe/AlGaAs Schottky barrier (2003)Hao90 : Hao X. et al, PRB 42, 8235, Spin-filter effect of ferromagnetic europium sulfidetunnel barriers (1990)157
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RésuméDRISS LAMINEEffet de filtre
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AbstractDRISS LAMINESpin filter eff
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RemerciementsRemerciementsJ’ai r
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Table des matièresTABLE DES MATIER
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Table des matières4.A. Notion de r
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PréambuleChapitre IPréambuleL’u
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PréambuleRougemaille03 : Rougemail
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Chapitre II - Concepts généraux a
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Chapitre III - Réalisation et cara
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Chapitre IV - Réalisation d’un t
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Page 190 and 191: 12APPENDIX A: VARIATION OF THE ELEC
Page 192 and 193: 14multiplication. The variation of
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