Sentence examples for realistic confinement from inspiring English sources

In this work, we choose to substitute the realistic confinement potential for a square-patterned quantum dot with an approximated circular symmetric potential.

Thus, it looks very appealing to explore possibilities in which the realistic confinement potential for a square-patterned quantum dot is replaced with an approximated circularly symmetric one as done in this work.

Based on the analysis of cross-sectional transmission electron microscopy images and energy-dispersive X-ray spectroscopy, we could deduce the composition distribution across the QW layers and hence simulate more realistic confinement potential profiles.

Given that the realistic confinement potential for a square-patterned 2D semiconductor quantum dot is complicated, it makes sense to approximate it with simpler forms that possess circular symmetry if the loss of accuracy is not prohibitive.

If, for simplicity, we consider the confinement region of the electrons as square in shape, then an accurate calculation of the properties of such square-patterned quantum dot should be made using a realistic confinement potential originating from that particular configuration.

If, for simplicity, we consider the confinement region of the electrons as square in shape, then an accurate calculation of the properties of such square-patterned quantum dot should be made by using a realistic confinement potential originating from that particular configuration.

"There is still a realistic possibility that confinement might cause her to testify," said the judge, Thomas Hogan.

"There is still a realistic possibility that confinement might cause her to testify," said Judge Thomas Hogan.The case like much else that is poisonous in Washington, DC, these days—has its roots in the Iraq war.

The results clearly show that for realistic concrete cover, confinement and fire exposure, the concrete splitting almost always governs the bond behavior.

This reduced-scale of 4 street canyon rows is designed in order to give realistic measurements of thermal confinement.

We demonstrate that the rough contact mechanics exhibits effective interface properties which converge to asymptotes upon increase of the small-scale roughness content, when a more realistic rheology of the confinement is taken into account.