Sentence examples for vast utilization from inspiring English sources

These examples rely on complex but open technological infrastructures enabling vast utilization while using diverse types of end user devices owned by teachers and students (Godhwani 2013; Mohammad and Tomberg 2013).

Problems do exist: unnecessary invasive diagnostic tests (angiography, diagnostic laparoscopy/laparotomy, mammograms, prostate biopsies, etc)., over-treatment (radiation exposure), and vast over-utilization of medical resources occur; and yet, many still experience misdiagnosis or, at best, a penurious extension in life (though not necessarily an improved quality of life in the extended survival).

Understanding of the underlying non-ideal homogeneous and heterogeneous reactions involved could lead to success, enabling utilization of vast natural gas resources as a replacement for petrochemicals.

Video content analysis is essential for efficient and intelligent utilizations of vast multimedia databases over the Internet.

At present, some effort has been devoted to the utilization of the vast amount of waste energy for refrigeration or air conditioning.

At the same time there are vast underground water resources whose utilization is afflicted with distinct difficulties due to the poor accessibility caused by the location deep underground and thus high pump heads, by the heterogeneous spatial distribution as well as by the highly temporal fluctuating water yield.

Brazil Could Meet All Its Food Demand By 2040 Without Cutting Down Another Tree Better utilization of its vast areas of pasturelands could enable Brazil to dramatically boost agricultural production without the need to clear another hectare of Amazon rainforest, cerrado, or Atlantic forest, argues a new study published in the journal Global Environmental Change, reports Mongabay.

A vast array of health service utilization influences have been identified including societal factors, availability of physicians and hospital beds, and personal factors [ 71, 72].

The National Energy Plan announced by President Carter on April 29, 1977 proposed a significant increase in the utilization of the vast domestic deposits of coal to replace the dwindling supplies of oil and natural gas, and increasingly expensive oil from foreign sources, to meet national energy needs.

Subsequent discoveries by his corecipients opened a vast set of opportunities for the utilization of GFP in studying biological processes at the molecular level.

The vast majority of previous studies analyse utilization, measured by visits or total dental expenditure.