Sentence examples for area of utilization and from inspiring English sources

This is a rapidly increasing area of utilization and traditionally associated with women's use of health resources.

R and D are completely lacking in the area of utilization of natural gums and resins.

The purpose of this study was therefore to assess process improvement from organizational change in the areas of resource utilization and allocation and cycle time and cost reduction.

Examples highlighting the synthesis, design and analysis of sustainable chemical processing are presented in the areas of utilization of biomass-based energy-chemicals production, carbon-capture and utilization to produce value added chemicals, and retrofit design of energy intensive chemical processes with significant reduction of energy-consumption are presented.

Paper 3 assesses differences in utilization of HEWs for caregivers of sick children in iCCM areas those in routine CCM areas, determinants of utilization of HEW and health post services for child illness and reasons for non-use of HEW/health post services.

Studies of wild mammals have used radio telemetry to produce a measure of how much home ranges overlap and how often the two animals in question are found utilizing the area of overlap (Utilization Distribution Overlap Index, UDOI) and used this as a proxy for observing direct contact.

Development of self-glowing actinide-doped materials with durable crystalline matrices is a new area of actinide utilization as the addition of alpha-emitting radionuclides to some glasses and crystals may confer luminescence.

There are many conceptual frameworks circulating in the international scientific area of research utilization, of which our conceptual framework is one [ 9- 18] 18].

In addition, he worked seven years as an engineer in the areas of energy, bioresource utilization and engine design before switching to academia.

Within the area of CO2 reduction and utilization, the center is working on converting CO2 into fuels using a strategy that emphasizes the bottom-up, molecular-level engineering of functional inorganic interfaces with a focus on electrochemical energy conversion.

Our main goal in the current study is to evaluate the degree of FQHC utilization and identify areas of potential improvement to better serve the poor and underserved.