Sentence examples for comparatively flexible from inspiring English sources

Such comparatively flexible grounds may not be available to UK business for much longer, however.

The micelle-bound structures of these peptides as determined by NMR spectroscopy are amphipathic with a positively charged side consisting of three comparatively flexible Arg side chains and a hydrophobic side consisting of the aromatic residues that are embedded in the interfacial region of the membrane [52].

Not only would having comparatively flexible tissues benefit S. robustus in this osmotically dynamic environment, but apparently S. robustus can lie dormant as tubers for up to 2 years to avoid extended periods of hypersalinity (Ustin et al. 1982; Crain et al. 2004).

For chains with high molecular weight, they were comparatively long and flexible; it was easy for them to be folded to enhance the steric hindrance between different chains, so they were loosely packed.

These skyscrapers structures are flexible, comparatively light-in-weight and gently damped, usually leading to very little structural damping and low natural frequencies.

Her mezzo is flexible and comparatively bright, and if her dramatic sensibilities at first seemed subtle beside Ms. Meade's, she proved a fine actress on her own, both in a passionate performance of Romeo's aria, "Se Romeo t'uccise un figlio," from Bellini's "Capuleti e I Montecchi," and her comic rendering of the tipsy aria "Ah! Quel dîner!" from Offenbach's "Périchole".

CIGS solar panels, unlike others, can be manufactured so that they're flexible and comparatively lightweight, which means they can be incorporated into a variety of architectural designs and space-limited applications.

Apart from the correlation studies mentioned above, the ability to innovate and solve novel problems flexibly, proxies for flexible cognitive capacities and potentially for domain-general intelligence, have not been investigated comparatively.

Investment costs and energy consumption are comparatively low and processes are very flexible enabling economic fabrication even for small-scale production.

So, in principle, conversion units for liquid biofuels can provide flexible power for a comparatively high number of applications as biogas can.

Nature provides model polymers for all three regimes ranging from highly flexible DNA strands to comparatively rigid MTs.