Sentence examples for with full utilization from inspiring English sources

At around $10,000 of revenue per year per box with full utilization, the IRR is estimated at 15percentt.

A strategy to enable zero-carbon variable electricity production with full utilization of renewable and nuclear energy sources has been developed.

We calculated the N-SSB for this type of a reconnected livestock and cropping system and found a value very close to the specialized organic cash crop system with full utilization of fodder production, leading to profitable animal production, essentially as milk in this farm design.

The experimental results demonstrated that the AgCl nanocrystals can convert reversibly to metallic Ag with nearly full utilization of its one-electron redox capacity (187 mAh g−1).

Although a DCN with a fat tree topology consumes only 12%% of overall power when the datacenter is at its full utilization, with fully energy-proportional servers the the network will consume nearly 50%% of overall power when datacenter is 15%% utilized [3].

On 24 October, he ordered his principal subordinates, Lieutenant General Walton Walker, the commander of the Eighth Army, and Major General Edward Almond of X Corps, to "drive forward with all speed and full utilization of all their force".

Recent advances in molecular biology have expanded knowledge about existing ligninolytic systems, including the discovery of new enzymes and the development of engineered systems with potential for effective pretreatment and full utilization of lignocellulosic biomass in biorefineries.

It has been demonstrated that a finite-capacity system with variable demand cannot sustain both full utilization and full availability.

In addition, the coupling of Ag3PO4 particles with UV-light-sensitive TiO2 NFs enabled full utilization of solar energy and less consumption of noble metals, significantly appealing for their practical use in new energy sources and environmental issues.

But with full potential utilization, this process still not completely solved due to its complexity, stochastic nature, and number of process variables involved in this process.

Furthermore, a full cell coupled with spinel LiNi0.5Mn1.5O4 cathode in this paper demonstrates full utilization of the Sn anode and an expected energy density value of 530 Wh kg−1, showing a prospect for practical lithium-ion battery applications.