Sentence examples for mirror structures from inspiring English sources

The new mirror structures are simple, straightforward to make and enable a wide variety of multiple spectral window device performance to be achieved.

Taking into account the competitive optical performance of AlGaAs-based DBRs, with reflectivity values routinely surpassing 0.9998 (refs 37, 38), these epitaxial multilayers represent a promising alternative for the development of mirror structures with ultralow thermal noise.

It has been shown that the proposed non-isothermal approach is able to effectively account for influences of layout design, self-heating, high temperature gradients along the islands, interconnect temperature distributions, thermal coupling, and heat losses via BOX and interconnects, etc., in SOI current mirror structures.

And the hollow spheres (shown by the bottom insets in Figure 4) are the combination of the shell-like structures on the top and their mirror structures.

The local plasmon resonators have Au NPs/dielectric/Ag mirror structures that can be prepared by using the dynamic oblique angle deposition technique [13].

This behaviour is also shown in the mode profile distribution at the resonance wavelength, for the case of NTO = 4, in Fig. 4a where N = 4 and Fig. 4b for N = 7 - where the intensity of the optical transmission decreases as the number of periodic holes in the PhC mirror structures increases from N = 4 to N = 7.

The mirror structure used for optimization is a superposition of two periodic multilayers with three components per period.

In this paper, we have studied the transmission characteristic of one-dimensional mirror structure photonic crystals (MSPCs) (AB ND1D2D3 BA N with the quantum theory method.

This paper presents two novel low-voltage level shifter designs: one based on cross-coupled PMOS transistors and the other using current mirror structure.

The system is conceptually a stepper with a programmable mask where the discrete mirror structure on the SLM is filtered out by an aperture in the Fourier plane.

For a given structure, the distance matrices for different atom-labeling schemes within a unit cell can be transformed to each other through a matrix transformation, and all these equivalent matrices correspond to the same (or the mirror) structure.