Sentence examples for fast utilization of from inspiring English sources

Hence, aside from small positive contributions made by XDH to qxylose, high activity levels of XR paired with high flux capacities of UG are essential for CBS4435 to keep Yxylitol at low levels while permitting fast utilization of xylose relative to that of BP000.

The faster utilization of sugar and removal of furaldehydes from the liquid phase by adapted cultures (Fig.  8) demonstrates that the ability of the yeast strain to tolerate and transform inhibitors improved with short-term adaptation.

Furthermore, there have been changes in metabolism as well, such as reduced expenditure of metabolized protein and faster utilization of ingested lipids (Krasnov et al., 1999), along with improved food conversion ratios (Rahman et al., 1998).

These variables may be explained by the higher bioavailability of OTM and faster utilization and fermentation by rumen microorganisms.

This queue structure improves the utilization of fast memories in a GPU and reduces synchronization overheads.

However, the fast development and widely utilization of intermittent and fluctuating wind power generation have brought complexities for securing system balancing and maintaining system and customers' reliabilities during the operational phase.

One of the possible solutions is the utilization of fast growing woody plant species with high biomass production and high genetic variability (Pulford and Watson, 2003).

The performance of the proposed risk management system was tested on a full-scale simulator of PWR nuclear power plant and demonstrated that the fast solution time derived from utilization of hierarchical and modularized Living PSA models is strongly supportive for instantaneous risk assessment as well as for daily risk management at NPPs.

This potential can be interpreted as the ability to provide fast upward/downward reserves, facilitating the utilization of the wind power in the power system.

Theoretical simulations indicate that the possibility of achieving population inversion between the upper two electronic states is enhanced by the utilization of the extremely fast interface phonon-mediated depopulation scheme.

The high complexity of the FFT-based acquisition is caused by (a) wide bandwidth of the incoming baseband signal which forces the device to deal with long FFT and inverse fast Fourier transform (IFFT) and (b) utilization of the conventional sequential search to estimate the Doppler frequency shift.