Sentence examples for optical pathway from inspiring English sources

Posteriorly, the stroma is covered by a double layer of epithelium, the continuation forward of the ciliary epithelium; here, however, both layers are heavily pigmented and serve to prevent light from passing through the iris tissue, confining the optical pathway to the pupil.

In this work, the development of a new device based on the use of UV vis bare optical fibers in long optical pathway configuration allows us to monitor continuously the electrochemical degradation process during the filtration of different compounds.

This value is identical to that observed in other liquid phase reactions, either in water or in liquid organic phases, confirming that this value depends on the design of the photoreactor (geometry, texture of the catalyst, optical pathway).

In contrast with conventional DSLR cameras, Translucent Mirror Technology uses a fixed, translucent mirror that 'splits' the optical pathway between the main image sensor and a separate phase-detection autofocus sensor.

The filtrates were finally monitored using a UV Vis spectrophotometer using (UV Vis Spectrometer Shimadzu UV mini-1240), in the λ range from 200 to 800 nm, using 1 cm optical pathway cells and computing from the calibration curves.

Objective-type TIR PALM imaging was performed by translating the laser beams away from the central axis of the objective using a set of mirrors in the optical pathway.

For the demonstrators, flexible guided wave optical pathways are used.

One of the unique goals of Quanta is to provide applications with the ability to provision optical pathways (commonly referred to as Lambdas) in dedicated photonic networks.

In this paper, progress and results in the project on architecture, components, optical pathways and mounting techniques are highlighted, with main focus on the system demonstrator.

By taking advantage of the high spatial selectivity of the TPA approach, we can control the value of the local index of refraction in the material and realize permanent optical pathways in the bulk of photopolymerizable matrices.

oCVD poly 3,4 ethylenedioxythiophene) (PEDOT) is demonstrated to be compatible with a wide range of nano- to macro-scale textured and non-planar architectures that have been demonstrated to enhance light absorption in photovoltaics by various mechanisms of light trapping, such as lengthening optical pathways and taking advantage of reflective light bouncing.