Sentence examples for phase environment from inspiring English sources

The corrosion in the liquid phase environment was much more severe than that in the gaseous phase environment.

By appropriately controlling the gas phase environment, self-limiting growth kinetics are obtained.

Structural inhomogeneities due to Ag and Ag-Pd diffusants in spinel phase environment play a decisive role in non-exponential kinetics of negative relative resistance drift.

We apply this method to a simulation of transient four-wave mixing experiments for ultrafast photoinduced electron-transfer systems in a condensed phase environment.

It is the primary scope of this review addresses atomic scale information on the RuO2-catalyzed HCl oxidation reaction either in electrochemical or in gas phase environment.

According to the conventional concepts in surfactant flooding, a type III microemulsion phase environment would give higher oil recovery than either a type II or a type II environment, and a negative salinity gradient is a preferred gradient which provides the highest oil recovery factor.

Theoretically, the prediction of KIEs in condensed phase environments such as enzymes is challenging due to the need to include nuclear quantum effects (NQEs).

The structures of nanoparticles, macromolecules, and molecular clusters in gas phase environments are often studied via measurement of collision cross sections.

A review is presented of the history of the Point Defect Model (PDM) for the growth and breakdown of passive films that form on the surfaces of reactive metals in contact with corrosive, condensed phase environments.

In all tested mobile phase environments, the global retention characteristics of the studied SO was found to be dominated by enantioselective SA/SO binding rather than by non-enantioselective SA/support interactions, providing evidence for chiral recognition processes primarily capitalizing on strong electrostatic intermolecular binding forces.

With multichannel detection, in situ Surface-Enhanced Raman spectroscopy (SERS) is demonstrated to provide a viable and valuable means of examining adsorption and reactions at transition metal surfaces in gas phase environments, especially at high pressures and elevated temperatures of relevance to heterogeneous catalysis where other vibrational techniques are of limited utility.