Sentence examples for maintenance demand from inspiring English sources

In order to avoid unforeseen systems' unavailability, it is necessary to accurately and precisely forecast maintenance demand in advance – including the provision of maintenance services and spare parts.

As already described in the Methods section, the maximal glucose uptake rate was set to 10 mmol/gDW/h and minimal ATP maintenance demand to 8.39 mmol/gDW/h.

As the total ATP demand is unknown (the maintenance demand (i.e. the rate of the pseudo reaction ATPdrain) is not specified) we cannot predict how much of the substrate is directed to the oxidative TCA generating NADH for driving respiration.

To simulate this maximal reduction, we again specified maximal aerobic biomass synthesis in E. coli as desired phenotype (ATP maintenance demand was not considered) and protected (only) the biomass export reaction.

Even if we would know (or estimate) the maintenance demand this would not lead to a unique determination of unknown flux values as there are futile routes and pathways with different ATP yields (e.g. ubiquinol oxidase vs. cytochrome oxidase).

One possibility is to systematically vary the flux through an ATP consuming (ATPase) reaction, which mimics the additional ATP maintenance demand, and predict growth and by-product formation and comparing the predicted values with experimentally determined quantities.

As a sculptural material, earth can be contoured to conform with functional and maintenance demands.

To handle such maintenance demands, Sebonack hired 24 additional crew members and brought in more than 100 volunteers to fan out across 52 acres of fairways.

"Despite improved scores, the bottom line is that the parks department hasn't had sufficient resources to keep up with the maintenance demands of 29,000 acres of parkland," Ms. Leicht said.

Due to large variability in the grid maintenance demands, it can be suitably combined with the addition and replacement costs that will be discussed in Section 2.5.3.

Furthermore, the resulting ATP maintenance demands were increased by about 40 50%, allowing us to conclude that hyper-producing strains could become ATP-limited under large-scale production conditions.