Sentence examples for materials engineered to from inspiring English sources

Metamaterials are artificial composite materials engineered to have properties that may not be found in nature.

In this work we present recent findings on materials engineered to control cell functions through adhesion processes.

Functionally graded composite materials (FGCMs) are inhomogeneous materials, consisting of two (or more) different materials, engineered to have a continuously varying spatial composition profile.

Here we report the development of a new material engineered to have a high affinity for a therapeutic gene product.

The company claims that 3 years of R&D has gone into the Smart Herb Garden, of which the core technology is the growth medium, a nanotech material engineered to "supply plant roots with the right amount of oxygen, water and nutrients at any time".

It will be interesting to ascertain whether these genes are also differentially expressed in transgenic material engineered to accumulate higher oil levels through other strategies, such as overexpression of sn-2 acyltransferase [ 46], glycerol-3-phosphate dehydrogenase [ 47] or DOF transcription factors [ 19], or suppression of mtPDCK [ 16].

Experimental verification of these predictions has not been similarly accelerated, and this measurement gap constrains the ability of materials engineers to produce bespoke materials meeting modern application demands.

Such phenomenological models do not inform their users about the dominant damage mechanism in failure of the structure, preventing the materials engineers to improve the design.

Ceramic and carbonaceous nanomaterials have been used increasingly by materials engineers to reinforce metals and alloys for fabricating nanocomposites recently.

This chapter could help textile and materials engineers to develop clothing that can provide better comfort to wearers under different ambient conditions.

Entirely devoted to chemical thermodynamics, ThermoSuite is a set of softwares and databanks whose objective is to allow chemists and materials engineers to have a global thermochemical approach of their complex problems.