Sentence examples for material ability to from inspiring English sources

Liquid-like properties include deformability promoted by fusion and fission events, quick adaptation to stimuli, dynamic exchange of material, ability to internally reorganize and rounded shape30,31.

As a result material toughness, i.e., resistance to cracking, as well as durability, i.e., service lifetime under various service conditions, are related to the material ability to necking and specific characteristics of necking process.

Several approaches have been established to enhance this material ability to be loaded with a therapeutic agent, in order to obtain an in situ controlled release that meets the clinical needs.

Optical and scanning electron microscopy observations suggest that the change of SCG mechanisms is closely related to the material ability to form in front of the growing crack a stable process zone that consists of single or multiple crazes and/or shear bands.

The spiritual and ethical power of the Ojibwe language, its conceptual and material ability to bring the world to life and create relationships of mutual responsibility, is exemplified by the Ojibwe word for stones.

Glass and rubbery transitions under cooling and heating of polymeric materials underlie a shape memory effect, that is a material ability to save temporarily the deformed shape and restore the original one under the external influence.

The other, Harry Atwater, a professor of applied physics and materials science at Caltech, is a pioneer in the use of microstructures and nanostructures to improve materials' ability to trap light and convert it into electricity.

The three materials' ability to maintain their oxygen reduction activity in the presence of methanol ranks ruthenium selenium > rhodium sulphide ≫ platinum.

Echo reduction is a measure of a materials ability to reduce the reflection of acoustic energy and is a typical measurement performed in acoustic tanks.

Their simulations showed this was due to the city's thermal battery function — concrete and other engineered materials' ability to store more heat than soils, and to discharge this heat when temperatures drop.

Further analysis with two additional model materials, pseudo-phosphorene and pseudo-graphene, reveal that the puckered surface can have a significant effect in weakening the materials' ability to disrupt proteins.