Sentence examples for deactivation efficiency from inspiring English sources

The investigations involved influence of the O2 concentration, absorbed microwave power, microplasma treatment time and microplasma distance from the treated sample on the microorganism deactivation efficiency.

Since, the streamers are moderately high-density plasma and are rich in cold-reactive species, high-energy electrons and cold ions, the spore deactivation efficiency by our device seems to be satisfactory.

This engine comes with an eight-speed automatic transmission and features cylinder deactivation for optimum efficiency.

It also gets a recalibrated ZF eight-speed gearbox, too, a smoother transition between four cylinders and eight (that'll be the cylinder deactivation system for better efficiency) and a new "Sport" mode.

The review has focussed on the status of the membrane reactor technology for WGSR, the activity and deactivation of catalysts employed, efficiency of ceramic membrane systems, the membrane reactor configuration and design aspects, kinetics and mechanism of WGSR and modelling for simulation of membrane reactor performance specifically with reference to its application in fuel cell systems.

Therefore we predicted that, by decreasing non-task related activity, DA stimulation would result in lower activation of task specific regions (increasing efficiency) and higher deactivation in regions of the DMN, which is deactivated by the task.

This can be explained in terms of either saturation of the limited number of accessible active sites on the photocatalyst surface that leads to a decrease in degradation efficiency, or poisoning (deactivation) of the active sites of the catalyst.

A novel and efficient Block Deactivation Optimization procedure has also been adopted, in order to increase the efficiency of the numerical scheme in the presence of wetting-drying fronts.

In chemiluminescence, such as the oxidation of luminol, light emission depends not only on radiative and quenching or intramolecular deactivation processes but also on the efficiency of the chemical reaction leading to molecules in an electronically excited state.

VUV PCO overcomes some drawbacks of conventional photocatalysis, such as low efficiency and easy photocatalyst deactivation.

Towler and Lynn reported that direct coupling of endothermic and exothermic reactions had improved thermal efficiency, reduction in catalyst deactivation and reaction rate due to displacement of equilibrium [9].