Sentence examples for more favorable path from inspiring English sources

Projected to face No. 7 Janko Tipsarevic in the quarterfinals and No. 4 David Ferrer in the semifinals, Federer could not have asked for a much more favorable path.

The SMD simulation results indicate that the more favorable path for inhibitor dissociation is along with the traditional ATP-channel rather than the allosteric-pocket-channel, which is mainly due to the less electrostatic interaction that the ligand suffers during dissociation process along the traditional ATP-channel.

The unique self-supported hierarchical structure possesses a high specific surface area (1650 m2 g−1) and provides a more favorable path for electrolyte penetration and transportation, which give rise to the excellent electrochemical property of HPCFs as an electrode material for supercapacitor.

The free-standing 3D hybrid carbon materials, in which porous carbon tightly adhered to the inner surface of hollow graphene, are found to be promising alternatives for the electrode materials of energy storage devices because of their interconnected hierarchical porous structures and high electrical conductivity, which provide a more favorable path for charge penetration and transportation.

Because the active relative energies, the relative enthalpies and the relative Gibbs free energies of Reaction 4 predicted by Path II are higher than those predicted by Path I. Kinetics calculations suggest that the designed Path I is more favorable than Path II.

Its standards based on IEEE 802.16a offer the potential to deliver a significantly enhanced nonline of sight (NLOS) coverage area from HAPs in the frequency bands below 11 GHz, which leads to a more favorable propagation path due to its unique position compared with traditional base stations located on mountains or tall buildings.

Although N-terminal mutations can induce a prion state in HET-S (Coustou et al., 1999), our predictions suggests a sequence bias in HET-s permitting a more energetically favorable path for amyloid formation.

The heterolytic path which involves the oxidation of CO by OH to form CO2+H+(aq)+e− is more favorable than the homolytic path.

Combining entropy and KL divergence, the path with ANXA1 is more favorable in specific research and the path with NR3C1 is more favorable in general research.

Hence, a bi-layer structure with the scattering layer beneath the absorbing layer to increase the optical path length is more favorable.

So if college-educated, career-oriented women put so much thought into plotting our ideal occupational path with the expectation of a more favorable outcome, why shouldn't we be just as strategic about finding a partner (if that's the path we chose)?