Sentence examples for reaction adsorption from inspiring English sources
These steps involve the unit processes of centrifugation, reaction, adsorption, filtering, chromatography, and crystallization.
Therefore, this paper considers the effects of geochemical reaction, adsorption kinetics, and hydrodynamic molecular transport in formation damage and injectivity decline modeling and developments.
The injectivity decline was found to be a function of cake deposition resulting from geochemical reaction, adsorption kinetics coupled filtration scheme and molecular diffusion.
The combination of the mathematical model with a specially designed series of experiments could allow reaction, adsorption and mass-transfer rate coefficients to be determined.
An improved PWRI model incorporating the effect of geochemical reaction, adsorption kinetics and hydrodynamics molecular transport was presented to predict performance of produced water reinjection Schemes in hydrocarbon aquifer.
Future studies involving collective effects, complex flows, flow-induced reaction, adsorption and so forth are just beginning and again the promise is to develop a new understanding of these polymer processes by examining DNA "one molecule at a time".
Improved models and field data to describe the role of geochemical reaction, adsorption-scale kinetics were recently published to impact cake formation, permeability damage and injection performance (Obe et al. 2017).
These waters derive their compositions from a variety of processes, including dissolution, hydrolysis, and precipitation reactions; adsorption and ion exchange; oxidation and reduction; gas exchange between groundwater and the atmosphere; and biological processes.
These values imply that for the resorption processes to influence the isotopic signatures at the level of 0.1 to 0.2‰, the δ66Zn isotopic shift corresponding to 10 to 25% of resorption should be on the order of 1.0 to 1.5‰, which is half a permil higher than the maximum Zn isotopic shifts reported during single-reaction adsorption or complexation processes [64,70].
The pH is evaluated as the controlling factor of ion exchange, redox reactions, adsorption and complexation reactions (Walter et al. 2006).
The developing discipline of surface science affords the means of measuring the kinetics of the elementary catalytic reactions adsorption, desorption and surface reaction at a fundamental level.
