In particular, we explore and discuss the possibilities and limitations of current computational methods to understand reactive processes in systems where several degrees of freedom are important.
"Gaming" is here understood as reactive subversion such as "hitting the target and missing the point" or reducing performance where targets do not apply.
This study illustrates the effect of inclusion of solid migration and the capability of simulation of reactive transport directly on high-resolution images and helps understand the reactive transport at the pore scale.
The conclusions are important to understand the reactive mechanism and optimize the performance of TiO2 photocatalysts that are active under visible light irradiation.
Here, we have added aquathermolysis reactions to a thermal reservoir simulation model to understand the reactive zones in the SAGD process and how the process generates acid gases via aquathermolysis.
By moving the actors (the molecules) to precisely determined positions on the stage (the surface) at some well-defined moment in time, and subsequently making a space- and time-resolved documentary of what happens next, we would be able to understand the reactive interactions between molecules on surfaces in the greatest possible detail.
Personal Distress: Personal distress in the context of empathy research is understood as a reactive emotion in response to the perception/recognition of another's negative emotion or situation.
In particular, we discuss (i) theoretical studies of the dissociation reaction of hydrogen on metal surfaces, the reactive system presently understood at the greatest level of detail, (ii) the reactive and non-reactive scattering of heavy diatomics (NO,CO) from metal surfaces, and (iii) the competition between reaction of coadsorbed CO with O and desorption of CO, again on a metal surface.
While the physiological mechanisms of bleaching are not yet fully understood, the generation of reactive oxygen species (ROS) in the symbiont population under stress is thought to play an important role in the cellular bleaching cascade [ 28, 29].
It has been extensively used to understand and predict reactive transport of contaminants, and water rock interaction in porous media [25, 26].
