Sentence examples for stable embedded from inspiring English sources

The comparisons between the two studies show that the average value of their differences for the stable embedded depth of a Hall anchor in sand and in rock berm are only 1.7%and2.7%7%, respectively.

Results show that partial Ti in TNTs can be reduced to Ti by electrochemical reduction, which leads to an significant improvement in TNTs surfactivity and then benefits the deposition of Cu nanoparticles to form a stable embedded structure.

Roughly speaking, a stable embedding approximately preserves the Euclidean distances between all vectors in the original space in the feature space of reduced dimensions.

A random projection Φ from ℝ N to a lower dimensional space ℝ M can provide a stable embedding of ℳ, preserving all pairwise distances, and therefore preserving the structure within an ensemble of images.

Because we anticipate that an IAM ℳ will have a stable embedding Φℳ in the measurement space, it follows that the relative arrangement of the points {x j } on ℳ will be preserved in Φℳ.

The tissues around the upper third of T11 and the lower third of L3 were completely removed to allow a stable embedding in Technovit 3040 (cold-curing resin for surface testing and impressions, Kulzer, Germany).

Dimensionally Stable Anodes embedded in garden compost and maintained under constant polarization at 0.50 V/SCE for several days progressively became covered by a microbial biofilm that gave them the capability to oxidize the organic matter contained in the compost.

Furthermore, there are theoretical studies indicating that diamond nuclei are stable structures when embedded in a C matrix [33], and experiments showed that these serve as nucleation centers for subsequent growth [31].

The results indicate that the c-terminal region exhibits a slightly bent helical fold, which is stable and remains embedded in the bilayer for over 180 ns.

The A2AR SMALP was not as stable as A2AR embedded in the native HEK293T cell membrane however.

Herein, we report a simple approach to synthesize high-performance and structurally stable CuO nanoparticles catalyst embedded in TiO2 nanotube arrays for CO2 reduction.