Sentence examples for many optical systems from inspiring English sources
Many optical systems are nonlinear, just as many electronic systems are nonlinear.
A common feature of many optical systems is a relay lens, which may be introduced to invert an image or to extend the length of the system, as in a military periscope.
We can use the proposed structure as temperature sensing device, and in many optical systems.
In particular, antireflective coating technology using thin-film stacks are mainstream tools maturely used in many optical systems [10, 11]; however, critical limitations in the coating materials such as adhesion, thermal mismatch, and instability are the main drawbacks [12, 13].
Finally, it shows that a photonic crystal can be properly designed to achieve double refraction simultaneously at one frequency, which can also offer new thoughts and foundation for the novel beam splitter that applied to many optical systems.
Many optical imaging systems have been designed to achieve spatial resolution exceeding the limit proposed by Abbe theory, namely λ/2NA.
Many modern optical systems require polarization control of light in addition to spectral control.
The mLCI system also achieved broad area scanning over large tissue area without the need of electromechanical scanners typical of many optical coherence tomography systems.
The design in Fig. 2(c) allows increased lateral sampling and broad tissue coverage without the use of electromechanical galvanometer scanners in the probe, typical of many optical coherence tomography systems.
Natural compound eyes are extensively prominent in the biological optical systems of many diurnal insects or deep-water crustaceans, and such eyes consist of a mosaic of hexagonal ommatidia that work as tiny optical units [1, 2, 3, 4].
Long term stability of the system is estimated and in addition to monitoring of laboratory environments for regulatory purposes, the systems can also be used to provide on-demand values for local refractive index with an expanded (k = 2) uncertainty of 1.1 × 10−7 as required for many optical-based measuring systems.
