Sentence examples for mass utilization from inspiring English sources

We propose guidelines for maximizing mass utilization by way of thermal source type and its position selection and tooling factor prediction.

The discharge curve was flat and negative mass utilization efficiency was higher than 50% when the cell was discharged with C5/5 A (137 Ah kg−1 negative active materials).

Electric propulsion presents an excellent alternative to conventional chemical counterparts as higher exhaust velocities from a plasma-based thruster allow for more efficient mass utilization and expanded space mission capabilities.

It is found that for the specific scenario considered, the mass utilization efficiency in a fleet of reconfigurable vehicles is increased by 27% while the survivability can be increased by a factor of 3.

In the bigger picture, let's think of the mass utilization of GIF-like images applied across society's signage: watch the folks on the yellow school crossing traffic signs move their legs across a conveyor belt of pedestrian stripes.

The bulky nature of the electrode structure in the deeper regions leads to a lower platinum mass utilization (162 cm mg−1 in case of 500 deposition cycles) compared to e.g. the method of Liu (322 cm mg−1) 23 or templated fabrication techniques (470 cm mg−1) 27 on the one hand.

Non-responders did not differ from responders with respect to sex, age, education, employment situation, sleep quality, body mass index, utilization of the health system (estimated by the number of medical consultations), utilization of mobile phones, number of sick days, or EMF-symptom load assessed with the Regensburg-EMF-complaint-list.

This special issue reflects the wide scope of current FTICR mass spectrometry utilization in the analytical characterization of natural products, biomolecules and biogeochemical mixtures, hyphenation of separation and mass spectrometry, and integration of spectroscopy and separation in the molecular-level characterization of complex systems.

This approach is based on enhancing the efficiency of mass and energy utilization through the use of a hierarchical design approach that involves mass and energy integration.

With regard to mass transfer, substrate utilization and the formation and excretion of the product GOD, the behavior of aggregated cells such as biopellets differed significantly from that of systems with suspended cells.

Carbon chain analysis, energy analysis and green degree method are applied to evaluate the mass conversion, energy utilization and environmental influence of the system, which presents a clear description of the whole system.