Sentence examples for optimised operating from inspiring English sources

Although significant differences in tool life performance exist between belt and bob polishing methods, both are capable to meet the requirements of minimum workpiece surface coverage if "optimised" operating parameters are employed.

Taking in mind PLE requirements at the optimised operating conditions (125 °C), a time of 6 min is needed to pre-heat the cell.

This model can be used for other biomass feedstocks, such as wood waste, green waste, food waste etc. to predict the syngas composition at optimised operating condition.

The maximum extent of degradation as 95% with 76% reduction in TOC has been observed using hydrodynamic cavitation in conjunction with UV/TiO2/H2O2 under the optimised operating conditions.

Although the wastewater types used in previous MPBR studies varied significantly in terms of composition, especially nitrogen (7.5 to 25 mg/L) and phosphorus (0.15 to 20 mg/L) concentrations, general trends and some optimised operating conditions can now be defined.

An optimised operating condition of the MF treatment was observed at H2O2/soil 0.05, Fe3 +/soil 0.025, CA/soil 0.04 and 3 h reaction time with 79.42% and 68.08% PAH removals attainable for the upper and lower parts of the soil column respectively.

While cheminformatics methods are highly optimised for operating on chemical structures, logic-based ontology technology allows for explicit knowledge representation in a more targeted fashion.

It is even likely that a Compton camera optimised for operating at energies around 0.5 MeV in single-photon mode could replace conventional coincidence detection in PET, as this mode of acquisition relies on the detection of both photons emitted in positron annihilation and represents a major restriction in sensitivity due to photon attenuation and scattering.

The former can be achieved through high-performance components and optimised system architectures operating with novel working-fluids, whilst the latter requires careful component-technology selection, economies of scale, learning curves and a proper selection of materials and cycle configurations.

The operating conditions were optimised (run time, 300 s; stop time, 3 s; power input, 6 W; harvest pump flow rate, 4 l per day) and a repeated batch process (three batches for a total of 192 h) was performed during which the SE was maintained always higher than 88%.

This was conducted via two main stages: first a deterministic analysis where the operating conditions are predicted by conventional modelling procedures and then a probabilistic analysis via stochastic simulations where a window of optimised operation conditions can be obtained.