Composite medium with silver nanoparticles as an anti-reflection optical coating
SG Moiseev - Applied Physics A, 2011 - Springer
Applied Physics A, 2011•Springer
It is theoretically shown that a thin composite slab comprised of a transparent host and
uniformly oriented disc-like silver nanoparticles deposited onto a glass surface can act as an
anti-reflection coating. The applicability of the effective-medium model for describing the
optical properties of thin heterogeneous layers with moderate volume fraction of inclusions
is verified using full-wave finite-element simulations.
uniformly oriented disc-like silver nanoparticles deposited onto a glass surface can act as an
anti-reflection coating. The applicability of the effective-medium model for describing the
optical properties of thin heterogeneous layers with moderate volume fraction of inclusions
is verified using full-wave finite-element simulations.
Abstract
It is theoretically shown that a thin composite slab comprised of a transparent host and uniformly oriented disc-like silver nanoparticles deposited onto a glass surface can act as an anti-reflection coating. The applicability of the effective-medium model for describing the optical properties of thin heterogeneous layers with moderate volume fraction of inclusions is verified using full-wave finite-element simulations.
Springer
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