Sentence examples for operational tuning from inspiring English sources

Particle fluid interaction plays an important role in the design, rating and operational tuning of many industrial equipments (e.g., elutriators, settling chambers, cyclones, hydrocyclones, centrifuges etc.).

The design and operational tuning of the instruments and procedures employed in communications-navigation-surveillance (CNS) and air traffic management (ATM) often relies on stochastic simulation techniques.

The reported models can be used to fine-tune operational silvicultural choices for quality timber production.

The new empirical index can be used as guidelines for relative assessment of coals with respect to slagging, while designing the boiler and tuning the operational parameters.

However, tuning of operational parameters may be a means to increase the low efficiency levels, if the proper connection between operating conditions and breakage conditions can be determined.

With fine tuning of operational and physiochemical conditions, the process can be greatly improved in terms of process productivity and protein purity.

This capability is important because in many real applications the operational mode is to tune the applied total electric current instead of the applied electrode voltage.

Now Sylvania was making operational losses to the tune of 30 million euros annually and the worried lenders wanted their money back or wanted the takeover keys to Sylvania.

Main features of structured catalysts performance in bio-fuels reforming into syngas at lab-scale and pilot-scale levels using specially designed reactors and kinetic installations allowing to broadly tune the operational parameters are presented.

This fact yields us by changing the incidence from 30 to 60, the operational wavelength can be tuned between two main optical communication windows, while by changing the fraction factor, dispersion and its higher order can be fine tuned in each of optical communication windows which are very useful in wavelength division multiplexing systems and planar lightwave circuits.

These simulation models derive different performance measures (e.g. flow times and resources utilization) that provide operational support and help fine-tune the line configurations.