Sentence examples for confinement capability from inspiring English sources

From Fig. 2b, the luminescence light spots are confined inside the oxide apertures with different aperture size showing a good current confinement capability of proposed oxide-confined structure.

In 2014, a GaN-based MC emitter featuring a Si-diffusion-defined current aperture developed by Yeh et al. shows a good current confinement capability [18].

Herein, a new type of flexible porous carbon nanofiber film modified with graphene and ultrafine polar TiO2 nanoparticles is designed as a sulfur host, in which the artful structure enabled the highly efficient dispersion of sulfur for a high capacity and a strong confinement capability of lithium polysulfides, resulting in prolonged cycle life.

This is thanks to Ge's superior carrier transport efficiency and enhanced charge confinement capabilities [8 16].

The novelty of the approach is in the discretization schemes that acquire by means of a single mechanism both shock-capturing and vorticity confinement capabilities.

CAN is able to operate at data rates of up to 1 megabits per second over a possible line length of up to several kilometres, and has excellent error detection and confinement capabilities.

Indeed, if egregious practices such as female genital mutilation and female confinement violate capabilities for life, nutrition and bodily integrity, all inequalities based on gender hierarchies, in Nussbaum's view, undermine capabilities for self-respect and emotional development that are part of human functioning.

In this work, advantageous features of nano-structured silicon germanium (Si1−xGex) optical waveguide with different Ge fraction (x) were evaluated by both optical simulations and theoretical calculations, which are mainly found in the enhanced optical confinement and better interfacing capability.

Although natural FRP displayed lower enhancement in axial load carrying capacity in comparison with artificial FRP confinement, but enhanced load carrying capabilities alongside superior sustainability and environmental friendly indices could be obtained using the same, because of various advantages associated with the use of natural fibres.

The electrolyte confinement combined with the scanning capabilities was recently used for analysis of thin film combinatorial libraries [12,13], grain boundary electrochemistry [14] or electrochemical lithography [15,16].

Two types of PCFs are compared in terms of their dispersion-compensation capability, optical nonlinearity, and confinement loss.