Sentence examples for confined structure from inspiring English sources

Referring to the most confined structure of them, results show that one structure has a better exchange rate by a factor 1.8 and the other has the best rate by a factor 2.1.

Owing to its processing characteristics, the fully confined structure of the fabrication area (fab) and the vertical airflow ventilation design restrict the applications of traditional consequence analysis techniques that are commonly used in other industries.

Moreover, the critical concentration gradients in a confined channel were larger than those in an open jet case; that is, the role of the diffusion flame at the maximum propagation velocity becomes more significant in a confined structure due to the enhanced convective diffusion.

Another reason may lie in the quantum confinement nature of the low-dimensional carbon structure, which is harder to scatter electrons in low-dimensional confined structure.

Local knowledge is less defined by a rigid and locally confined structure, but is characterized by a mixture of local and translocal elements of knowledge (Agrawal 1995; Robertson 1995; Eichborn 2001; Frömming 2006).

However, it can be easily anticipated that the fabrication of this confined structure is not possible using the conventional sputtering process for the GST film deposition due to its inherent poor step coverage.

Here we show that thermal annealing of confined structures manufactured using the FFF technique dramatically increases their inter-laminar toughness.

Further, the 2D chalcogenide layers are being used as "substrates" onto which other dimensionally confined structures are being integrated in the spirit of nanoscale composites.

The 1894 London Building Act confined structures in the centre of the city to 80 feet, and it was passed in response to the erection of Queen Anne's Mansions, a Victorian proto-high-rise apartment block of 14 storeys, that the reigning Queen herself objected to on the grounds that it blocked her view of the Houses of Parliament.

These results confirm the potential usefulness of the proposed method as an engineering tool to probe plastic properties of small-volume materials and confined structures where it is difficult to obtain reliable estimates of mechanical properties by other means.

While responding to the application needs, chemical modification of carbon nanotubes has quickly emerged as a new research frontier, which is fascinating from not only applied but also fundamental standpoint by permitting studies of chemical reactivity in relation to the nanoscale size and shape of confined structures.