Abstract
This paper uses the plane-wave expansion and finite-difference time-domain
methods to study tunable 3D photonic crystals for use in display
applications. The paper calculates particle diameter and refractive index
for operation across the visible spectrum and estimates the reflectivity
achievable for one to five layers of particles. The effects of disorder in
particle position and diameter are then studied and the results show the
system to be robust against such effects. Finally, the paper discusses the
potential performance of this display technology in terms of reflectivity,
color gamut, and contrast ratio.
© 2009 IEEE
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