Exact(3)
The birefringence tunability is based on the dimensions of silicon and the Fermi energy of graphene.
For the free-space configuration, QWP performance is shown through manipulation of the dimensions of silicon and the Fermi level of graphene.
Control of light polarization is achieved through the intrinsic properties of graphene and the dimensions of silicon, while exhibiting quarter-wave plate characteristics.
Similar(57)
The models with 30, 20, and 10 nm in the x, y, and z dimensions consist of silicon atoms.
The external dimensions of the silicon substrate were 900×700×280 µm.
The dimensions of the silicon nanomembrane are 50 × 50-μm, 220 nm thick.
Fig. 2c shows the geometrical dimensions of the silicon nanobricks and the transmitted efficiencies of the 13 nanobricks in metasurface M 1 under XLP and YLP light.
Regrettably, RWL model stands on the multiplication of the wave function in an infinite crystal by an arbitrary weighting function W D (r) (Gaussian or sine functions) in order to find the dimensions of the silicon clusters.
It is worth noting that with graphene under-layer and proper dimensions of the silicon structure, the magnetic and electric dipole modes can be enhanced in strength, leading to a high scattering efficiency [34].
a Dimension of the silicon case and connection with the communication cable.
It should be recognized that the dimension of our silicon nanowires is much larger than the critical dimension at which the surface effect does play an important role on elastic properties of nanowires.
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