Sentence examples for favorable edge from inspiring English sources

DFT calculations revealed that the most favorable edge configurations correspond to Mo edges covered by 50% S, where ∆GH = 0.06 eV [87].

We have shown that the Ti/Al/Ta/Au metallization scheme encapsulated by a thin SiNx film before the annealing process leads to an excellent ohmic formation that not only obtains a low contact resistance, but also has a smooth morphology and favorable edge line definition.

The heterocyclic adenine ring is sequestered by a number of hydrophobic residues, with Met245 and Leu225 bracketing the ring, and Trp264 and Phe246 involved in a favorable edge-to-face interaction (Fig. 3).

Two explanations for the fold stabilizing effect of the [P12W]-mutation in Trp-cage structures have been suggested: the formation of an enthalpically favorable edge-to-face (EtF) indole/indole cluster, and greater apolar surface burial associated with the W12/P17,18 as well as the W12/W6 interactions; see Figure 8.

However, developing efficient and earth-abundant (oxy)nitrides with favorable band edge alignments and high charge carrier mobility remains a great challenge.

We use a transverse incision because it is cosmetically favorable as edges coapt easily following angulation.

Surprisingly, depletion of another abundant motor protein myosin IIA enhanced lamellipodia extension, suggesting that the contractile forces and tension generated by myosin IIA are not favorable to leading edge protrusion in this setting.

Here's why: Skyfire feels like they can develop more efficiently on Android than they can on BlackBerry OS (gently calling the latter "not as favorable for cutting-edge application development"), and that Android is simply a more viable platform at the given time.

Due to the favorable property of "edge-stopping" diffusion, the proposed method is less sensitive to the number of iterations.

The connection between the adjacent Pt{100} and Pt{111} facets, through atomic O diffusion, is kinetically more favorable at 1.0 ML edge coverage compared to 0.5 ML edge coverage as a result of repulsive lateral interactions between co-adsorbed O atoms and the corresponding flattening of the potential energy surface.

Initially, the polymer molecule is resident on the clay edge; the favorable interactions with the clay sheet (both neutral and charged) within the interlayer are such that the molecule is drawn towards the interlayer, causing the entrance to the gallery to expand (and the associated bending energy of the clay sheet to increase).