Sentence examples for extensive technological from inspiring English sources

For the Democrats -- who have a far more extensive technological display planned than what the Republicans offered in Philadelphia -- the high-tech gadgetry serves purposes both practical and political.

Sulfur finds extensive technological applications such as in production of sulfuric acid, plastics, enamels, antimicrobial agent, insecticide, fumigant, metal glass cements, in manufacture of dyes, phosphate fertilizers, gun-powder and in the vulcanization of rubber, etc. [1 4].

These raw materials, however, are not only abundant in the form of ores in earth's crust, but also as scrap produced in the extensive technological activity associated with these base metals.

More recently there have been extensive technological and scientific developments, which include the inaugural use of remote sensing in volcano monitoring in the 1980s following the 1980 eruption of Mount St. Helens (Tilling and Lipman, 1993; Newhall, 2000; Ewert and Swanson, 1992; Sparks et al., 2012).

Considering the extensive technological application of radioactive tracers, in the present investigation, attempts are made to apply the same technique to study the kinetics of ion-isotopic exchange reactions in nuclear grade anion exchange resins Duolite ARA-9366B and Purolite NRW-5010.

The development of HITEC City, a township with extensive technological infrastructure, prompted multinational companies to establish facilities in Hyderabad.

As a result, Ali has built a reputation for success based on his extensive technical knowledge, his ability to translate customer needs into technological solutions.

A fourth point that deserves mentioning is the extensive employment of technological images by Plato and Aristotle.

They are functional nanomaterials less than 100 nm in size and have received extensive scientific and technological attention due to their potential applications in electronic, biomedical, and optical materials.

The rational design and preparation of earth-abundant, stable and efficient electrocatalysts for hydrogen production is currently the subject in extensive scientific and technological researches toward the future of a clean-energy society.

The decline was particularly acute in the second half of the 20th century, but was compensated for to a degree by the development of an extensive oil industry, technological manufacturing and a growing service sector.