Sentence examples for more subtle features from inspiring English sources

More subtle features of the spectrum could give a new measure of the Hubble constant, or the rate at which the universe is expanding.

These days, extra graphical power is used for more subtle features such as more accurate lighting or more realistic-looking hair.

The map not only revealed great clusters and filigree patterns made by the galaxies, which earlier surveys had seen, but also let project scientists analyze the data for more subtle features.

Andrew had to sign various receipts, Brian gently attempting to upsell him on a tire plan and extra roadside assistance, after which they went over the more subtle features of the Forester.

Li and colleagues' results indicate that gap-junction blockade does not prevent the emergence of orientation preference, but more subtle features — such as the range of orientations that a neuron detects — could depend on gap-junction connectivity.

Correlation of these structures and activities with those from previously published studies emphasizes that existing hypotheses regarding the molecular determinants of α-conotoxin specificity are not adequate for explaining peptide activity, and suggests that more subtle features, visualized here at the atomic level, are important for receptor binding.

Perhaps the holding and hefting of real objects highlighted the feature of heaviness, over and above the more subtle feature of mass distribution.

A more subtle feature of the pulsatility waveform (and more difficult to extract) is its timing.

Major morphological features such as leaves, bark, cones, flowers, fruits, and growth habit are important dendrological identifiers, but more-subtle features, such as buds, twigs, exudates, and leaf scars, are often key factors in distinguishing related species and are particularly useful in the identification of deciduous species in the winter or dry season.

The method based on using the attenuation coefficient was not only able to distinguish the gross anatomical features of the arterial wall but was also able to point toward more subtle anatomical features not apparent on the original OCT images.

This section also investigates more subtle sequence features as compartment determinants by training classifiers that are evaluated (on held-out proteins for which compartments are known) and then used to characterize proteins with no presently known nuclear compartment.