Dr. Vadym Zayetsv.zayets(at)gmail.com |
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more Chapters on this topic:IntroductionTransport Eqs.Spin Proximity/ Spin InjectionSpin DetectionBoltzmann Eqs.Band currentScattering currentMean-free pathCurrent near InterfaceOrdinary Hall effectAnomalous Hall effect, AMR effectSpin-Orbit interactionSpin Hall effectNon-local Spin DetectionLandau -Lifshitz equationExchange interactionsp-d exchange interactionCoercive fieldPerpendicular magnetic anisotropy (PMA)Voltage- controlled magnetism (VCMA effect)All-metal transistorSpin-orbit torque (SO torque)What is a hole?spin polarizationCharge accumulationMgO-based MTJMagneto-opticsSpin vs Orbital momentWhat is the Spin?model comparisonQuestions & AnswersEB nanotechnologyReticle 11
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Spin and Charge Transport
Questions & AnswersI truly appreciate all questions. I have tried to answer all of them in details as greater as possibly I can.The same content can be found in this paper (http://arxiv.org/abs/1410.7511 or this site for a more upgraded version) .Chapter 3, pp. 7-11Possible confusion!!: from 2014 to 2017 I have used names TIA and TIS for groups of spin-polarized and spin-unpolarized electrons, respectively. The reasons are explained here.
Q1. Is there any experimental proof of your model A1. Yes, all experimental data, I know, are well-matched to this model. For example, Comparison of theory and experiment for the Spin Proximity effect and the Spin Injection is here. In contrast, the model of spin-up/spin-down bands is unable to explain several experimental facts. For example, The model of spin-up/spin-down bands can not explain the Spin Proximity effect (See here)
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I will try to answer your questions as soon as possible