This paper provides a selective description of the development of nanostructured materials
and the fabrication of the devices for optical applications. Examples are interference …

Traditionally, inorganic nanoparticles (SiO2, TiO2) have been utilized to tune the optical
haze of optoelectronic devices. However, restricted to complex and costly processes for …

Conventional optical diffusers, such as thick volume scatterers (Rayleigh scattering) or
microstructured surface scatterers (geometric scattering), lack the potential for on‐chip …

Random micro-structured surfaces (RSS) have great application potentials as various
functional surface elements, such as optical diffusers, with homogeneous surface properties …

The synthesis method including wave-optics and ray-tracing for the acceleration of the
simulation of micro-optical systems has been developed. The effects of the spatial …

A compact wavelength multiplexing technique is proposed and experimentally investigated
to improve the efficiency of a full-color holographic diffuser using photopolymer. The …

Most plastic diffusers are either of surface-relief or particle-diffusing types, based on different
principles and fabrication methods. This paper reports an innovative extrusion roller …

A method for fabricating diffractive holographic optical diffusers is reported, allowing a high
degree of control of the resulting diffuser characteristics. The method consists of recording a …

A reflection-type integral imaging (InIm) system using a diffuser holographic optical element
(DHOE) is proposed for improving the fill factor of displayed three-dimensional images. The …

This paper discusses an innovative and effective ultrasonic embossing process, which
enables the rapid fabrication of surface-relief plastic diffusers. The metallic mold bearing the …