The phrase "maximize utilization of" is correct and can be used in written English.
It means to make the most efficient use of something. Example: Our company's goal is to maximize utilization of our resources to increase profits.
Contracts should include apprenticeship requirements to maximize utilization of apprentices enrolled in state – certified apprenticeship programs.
In such systems, application mapping must be enhanced to maximize utilization of the underlying architecture.
In conclusion, R125 in transcritical power cycle shows excellent economic and environmental performance and can maximize utilization of the geothermal.
In the automobile industry, there has been a systemic tendency to overproduce popular new cars as powerful function heads in manufacturing strive to maximize utilization of their plants and finance managers push for short-term returns.
So in this study the productivity enhancement of solar still by decreasing the shadow effect and maximize utilization of solar radiation is discussed.
Coral reef habitats create strong temporal fluxes of biochemicals including oxygen, pH, labile-dissolved organic matter, and inorganic nutrients (e.g. Fig. 1c, d) that could provide essential cues for local biota to evolve oscillatory mechanisms to maximize utilization of resources over a diel cycle.
and maximizing utilization of cloud resources.
For reflective cavity designs, calculations indicate that maximizing the net absorption efficiency and minimizing emission losses are not an effective means of improving receiver performance; rather, maximizing utilization of absorbed energy via minimization of tube conduction losses is essential.
We present a new optical crossbar architecture that leverages capabilities of nanophotonics to provide high-performance inter-core communication while maximizing utilization of the laser power by means of dynamic bandwidth and laser power reconfiguration schemes.
For dual axis tracking, which maximizes utilization of solar resources, the monthly range of daily average solar insolation for all locations varies between 3.65 kWh m−2 and 8.00 kWh m−2.
These results indicate that the three-dimensional conductive network of the MnO@C-CNTs composite could prevent the aggregation of MnO particles, and its open structure allows electrolyte penetration, and reduces the diffusion path of the lithium ions, hence maximizes utilization of the electrochemically active MnO particles, while enhances the conductivity of electrode material and Li+ transport.
