Sentence examples for most common optical from inspiring English sources

Finally, dislocation engineering is applied to silicon on insulator (SOI), the most common optical platform.

The most common optical configuration used to produce the lateral shifted images, in a Shearography system, is the Modified Michelson interferometer, because of its simple configuration.

If this is done using refractive lenses (Fig. 3b), by far the most common optical devices used in living (and artificial) systems, the image that is formed must be "erect;" in other words, the top of the image should correspond to the top of the focused object, right must be to the right, and so on.

Digital Image Correlation (DIC) and Electronic Speckle Pattern Interferometry ESPII) are two of the most common optical techniques used for analyzing specimens, prototypes, and real components subjected to mechanical deformation.

Among many methods that can measure how well various gene vectors are delivered and influence the target cells, the most common optical method is to detect tagged fluorescence signals from transfected cells using endogenous fluorescent probes such as green fluorescent protein (GFP) or cyan fluorescent protein (CFP) [ 7].

This review is focused on a comparison of LIBS with the two most common plasma Optical Emission Spectroscopy (OES) techniques for analysis of metals; spark OES and glow discharge (GD OESS.

While this example has been given in terms of an optical imaging system, which is certainly the most common use of optical elements, the concept can be used independent of whether the receiving plane is an image plane or not.

One of the most common techniques for evaluating optical measurement data is by means of a Fourier analysis.

ZnS is an important II VI group semiconductor compound with a direct band gap of 3.7 eV that exhibits wide optical transparency from the visible light (0.4 μm) to the deep infrared region (12 μm), which makes ZnS as one of the most common materials used in optical and optoelectronic fields [10 12].

One of the most common industrial applications of optical interferometry is as a versatile measurement tool for the high precision examination of surface topography.

The most common transducing methods include electrochemical, optical, piezoelectric, and magnetic.