The development of bend‐induced effectively single‐mode fiber with a square cross‐section
and flat top‐hat intensity distribution is reported using core topology nanostructuring …

Various micro-to-nanometer scale structures are extremely attractive for light esca** in
organic light-emitting diodes. To develop and optimize such structures, an innovative …

In this paper, the issue of see-through image blurring of transparent organic light-emitting
diodes display is demonstrated, and a systematic method is proposed to calculate blurred …

Transparent displays utilizing transparent windows suffer from blurred see-through images
caused by diffraction; however, current studies still rely on experiments with actual display …

This paper describes simple photolithography-based methods to fabricate multi-level three-
dimensional (3D) microstructures without repeated processes using flexible and transparent …

An optofluidic maskless photopolymerization process was developed for in situ negatively
charged nanoporous hydrogel [poly-AMPS (2-acrylamido-2-methyl-1-propanesulfonic acid)] …

Direct metrology of coherent short-wavelength beamlines is important for obtaining
operational beam characteristics at the experimental site. However, since beam-time …

In this paper, we describe a novel computer simulation technique of generating Fraunhofer
diffraction images from different patterns. The simulation can be performed in almost any PC …

We applied the iterative Fresnel integrals method for the numerical computation of Fresnel
diffraction patterns from rectangular apertures tilted at an arbitrary angle to the optical axis …

We have applied the iterative Fresnel integrals method for the computation and simulation of
the Fresnel diffraction images created by double apertures in one and two dimensions …