The effects of film thickness and substrate composition on the ionomer structure in porous
electrodes are critical in understanding pathways toward developing higher performance …

In this article, the features of the phase shifting interferometric technique were utilized to
investigate the effect of the presence of crazes in both outer and inner layers on optical …

ABSTRACT A modified method was suggested to improve the performance of the Pluta
microscope in its nonduplicated mode in the calculation of the areal craze density …

In this study, the relationship between structural hierarchy in PVDF/PMMA blends as altered
by melt casting and annealing and electrical properties was investigated. PVDF was …

Composites of a polymer–matrix reinforced by polymer ribbon monofilaments are
investigated as mechanically robust, transparent composite materials. Transparent nylon …

Digital holographic interferometry (DHI) was utilized for investigating the optical properties of
polymer and optical fibers. The samples investigated here were polyvinylidene fluoride …

Studying polymer fiber's mechanical properties leads to an increased understanding of the
behavior of polymeric structures. This will support the design of new synthetic fibers with …

It is widely accepted that structure of melt spun fibers is initially formed in the spin line as the
polymer melt is extruded through the spinneret, where the rate of melt cooling and applied …

An optomechanical characterization was carried out to investigate the influence of grafting
polyamide‐6 fibers with poly (methyl methacrylate)(PMMA) on their structural relationship …

Two simple optofluidic devices based on a microprism and a refraction channel,
respectively, are proposed for measuring the refractive index of fluids. The microprism chip …