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Due to this spin-momentum locking, collective excitations in the system manifest themselves as coupled charge- and spin-density waves.
Therefore the plasmons in the system should manifest themselves as coupled charge- and spin-density waves and can be called "spin-plasmons".
In helical liquid on surface of topological insulator, due to the spin-momentum locking, spin-plasmon manifests itself as coupled charge- and spin-density waves.
In this paper, we present a simulation platform designed to study coupled charge transport in dye-sensitized solar cell (DSC) devices.
Images taken by a coupled charge camera device (CCD) connected to the inverted microscope are shown in Fig. 2. As a control experiment, the excitation of a bare and conjugated ZnO NRs was first performed.
The particles dynamics were visualized at 30 frames per second (fps) for 60 sec at 640×480 resolution by the coupled charge device (CCD) camera.
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This paper addresses the problem of deconvolving color images observed with a single coupled charged device (CCD) from the super-resolution point of view.
Perturbation of dipole moment by polar phonons creates an electric field which is coupled with charge carrier, resulting in low charge carrier mobility.
The chemistry must be coupled to charge carrier dynamics to form a porous film.
A steady state, two dimensional model accounting for coupled mass, charge and momentum balances in the biofilm domain was developed.
This coupling charge transfer mechanism is valuable and broadens the applications of liquid/liquid interface in organic electrosynthesis.
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