Sentence examples for understanding reactive from inspiring English sources

The results have interesting implications in understanding reactive transport, monitoring, and detection of contaminants from Marcellus Shale waters in natural water systems.

Measurements of total hydroxyl radical (OH) reactivity and volatile organic compounds (VOC) are necessary for improving our understanding of reactive emissions and atmospheric oxidation in air pollution and atmospheric chemistry studies.

The work has relevance for improving understanding of reactive transport within various kinds of advection-dominated natural or engineered environments including rivers and streams, and bioreactors such as treatment wetlands.

These uncertainties should be accounted for at the PRB design phase, and may be reduced by independent experiments and field observations aimed at a better understanding of reactive surface deactivation mechanisms in iron PRBs.

The RR-MFC is the first microfluidic experimental platform that allows direct visualization of flow and transport in the pore space of a real subsurface reservoir rock sample, and holds potential to advance our understandings of reactive transport and other subsurface processes relevant to pollutant transport and cleanup in groundwater, as well as energy recovery.

This work may be helpful for better understanding of similar reactive blending systems and designing PLLA blends with comprehensive properties.

In chemical engineering, mechanistic modeling provides a quantitative framework to capture our understanding of a reactive system and test this knowledge against data.

The chapter highlights the basic precepts of power and frequency control, voltage control, and load balancing and provides a basic understanding of the reactive compensation of loads.

Our results therefore add to the understanding of how reactive oxygen-radicals influence the biological in vivo activity of immune cells during IL-2 based immunotherapy.

The understanding of cross-reactive influences between influenza viruses will help us to learn about existing immunity in populations, to predict the next possible wave of pandemic influenza, and to gain new insight into established cross-reactive neutralization immunity.

A general framework for analyzing and understanding the dynamics of reactive separation processes is developed.