Sentence examples for need of material from inspiring English sources

Apart from sacred, patriotic, and "classical" music, published popular songs were written either by gentleman amateurs in the English tradition (the first American pop song is, by legend, Francis Hopkinson's unmemorable song of 1788, "My Days Have Been So Wondrous Free") or by performers in need of material, like Rice and countless others.

The transgender community is in critical need of material assistance.

Also the patients treated in rotation bed shows a similar clinical outcome concerning the gas exchange but the need of material resources is disproportionately high and the availability is to be estimated very low.

But as demand for cheap computing power increases, microchips must get smaller and lighter, leaving scientists in need of materials better suited to the task.

The main aspect hindering the widespread application of this technique is the need of materials alternative to the conventional polymeric coatings.

It was shown that the ReDrop concept is a promising alternative to pilot-plant experiments in terms of need of materials and time to evaluate new ILs for their usability in extraction columns.

They are in need of materials and textbooks, including those relating to the culture of peace and tolerance.

This study is part of a sustainable development policy that is dictated by the growing needs of material resources and the requirements of environmental protection.

This special issue of Science focuses on diverse areas where public health can be improved by making better use of the resources we have in our grasp, ranging from tailoring engineering projects to meet the needs of material- and infrastructure-limited regions, to building a surveillance network for the detection of drug resistance, to empowering women.

Nevertheless, true bulk nanostructured materials are difficult to produce using established engineering techniques, especially when considering the practical and societal needs of materials selection.

Modern needs of materials by precise design, assisted by the enormous advances in computational capabilities, should make such a program viable, attractive and necessary.