Sentence examples for materials of tailored from inspiring English sources

The aim of this work was to obtain materials of tailored porosity to be used as support matrix for optical chemical sensors.

New models and numerical simulation techniques which had started to emerge in twentieth century significantly increased possibilities of production of materials with tailored parameters of microstructure to suit needs of the specific engineering applications.

The rational design of materials with tailored properties is of paramount importance for a wide variety of biological, medical, electronic and optical applications.

A better understanding of foam mechanical properties and their dependence on microstructural details would facilitate manufacture of tailored materials and development of constitutive models for their bulk response.

The1996 Research Careers Concordat has had a real impact on the availability of career resources for academic researchers, and you will find a range of tailored materials on the HESDA Web site.

Further ATRP is a versatile technique [25] in which relatively low radical concentration in the reaction system is maintained to obtain narrow polydispersed polymer with a wide variety of tailored materials.

In this context, multiscale engineering offers a powerful means to accelerate the biomaterials design process for the development of tailored materials that suit the needs posed by the various applications.

A second approach would be the provision of tailored materials that will increase the young athlete's mental health literacy, and in particular to increase their knowledge of their own symptoms and their awareness of where they can access anonymous, evidence-based online mental health programs.

Consequently, silintaphin-1 forms the basis for in vitro synthesis of tailored materials since it facilitates (a) the generation of polymer products without prior surface immobilization of silicatein and (b) the assembly of nanoparticles (including enzymatic nanoparticulate products) to ordered structures.

While physical factors (e.g. applied mechanical strain) can accelerate regeneration, and knowledge of tissue properties often guide the design of custom materials with tailored functionality, the distribution of mechanical quantities (e.g. strain) throughout native and repair tissues is largely unknown.

Communication is a dynamic task and requires the development of tailored material for many groups of stakeholders.