Sentence examples for envisaged engineering from inspiring English sources

The magnetic properties and also the magnetorheological and the magnetoviscous behavior of highly concentrated ferrofluid-based CMFs can be controlled by the addition of iron microparticles in order to attain the optimal concentration for the envisaged engineering applications, rotating seals and magnetorheological vibration dampers.

For example we envisage that engineering epitopes on GAD65 may pave the way for improved diagnostic tests for type 1 diabetes using a panel of antibodies as well as human sera.

We envisage that engineering of modules with predetermined tolerance for substitutions will be a valuable approach in the implementation of an assay for characterization of cellulose derivatives.

Modern Sumqayıt, 22 miles (35 kilometres) northwest of Baku, is currently a centre of the iron and steel, nonferrous metallurgical, and chemical industries, although the development of light engineering is envisaged.

But the usage of materials in any bioapplication requires information on biocompatibility and desirably on bioactive behavior when bone tissue engineering is envisaged.

When war first erupted in eastern Ukraine's Donbass region, few could have envisaged the Russian-backed engineering of rebel pseudo-states that would follow.

Indeed, given the inductive properties of adult hair follicle dermal cells, it is reasonable to envisage a tissue engineering approach for the production of a skin equivalent that will grow hair follicles when grafted.

"This project envisages a social engineering experiment and respects none of the ethic safeguards of experimentation on human beings, and these are important in the case of a substance like marijuana, which causes damage to human beings," Senator Solari told Reuters news agency.

In that work, they have envisaged advances in computing and engineering technologies that may extend surgeons' ability to plan and carry out surgical interventions.

Solutions are envisaged in: (1) the genetic engineering of LC cell-wall structures to be more receptive to bio- and thermochemical treatments; (2) upstream processing during storage (ensilage); and (3) the development of 'ligninases', providing an enzymatic basis of lignin depolymerisation.

We envisage that engineered chimaeric regulatory proteins can play an important role to aid both forward and reverse engineering of biological systems for many desired applications.