Sentence examples for reducing reaction time from inspiring English sources

IRAMs, fired at short range, came in low and quick, evading detection and reducing reaction time.

Actually, increasing liquid flow rate reduces the residence time of the reactant thus reducing reaction time of RCR with hydrogen (gas reactant).

Different from process intensification and micro-process technology enhancing mass and heat transfer to reveal intrinsic kinetics, novel process windows aim at speeding up kinetics, i.e. dramatically reducing reaction time.

We have developed technology using these common water-insoluble protected amino acids processed into water-dispersible nanoparticles to allow synthesis in water, and have reported that the use of water-dispersible nanoparticles is effective in dramatically reducing reaction time in water [10 12].

Our results demonstrated the beneficial effects of zinc supplementation on cognitive scores of the girls by reducing reaction time (6 13%) and improving in Memory (25%) and RPM scores (15%) than the control group (64).

It will also serve to develop genomics-assisted breeding methods for these largely undomesticated woody species that are intensively used in reforestation, adding flexibility and reducing reaction time in the context of deploying adapted varieties in a rapidly changing environment.

The latter methods proved very efficient in reducing reaction times, minimization of energy consumption, management of analytical waste and increased safety for the operator as well as better reaction yields.

System optimization, however, involves maximizing the desired output (energy or organic destruction), while reducing reaction times to minutes or seconds versus the hours required for similar results in subcritical water [19].

Among recent advances in transesterification processes, employment of ultrasound stands out for its effective improvements to the process, both in terms of degrees of conversions and of reducing reaction times and energy consumption.

Practically, the consequence for multilevel cascades is that, if signals in the cascade become more and more localized down the chain (e.g. the cascade amplifies signal amplitude, reducing reaction times), the signal travels more and more quickly; if the signals become less localized (e.g. the cascade attenuates signal amplitude), the speeds tend toward pure diffusion.

It has beneficial effects by reducing reaction times to everyday events and increases your resistance to disease.