The phrase "area for reaction" is correct and usable in written English.
It can be used in contexts where you are discussing a space or opportunity for responses, feedback, or interactions, often in a scientific or analytical setting.
Example: "In our study, we identified an area for reaction that could lead to significant improvements in our process."
Alternatives: "space for response" or "zone for feedback".
This is believed to be partly due to MnO2 preventing gold agglomeration, creating a larger gold surface area for reaction.
When it comes to reaction-based sensing, nanomaterials could be of interest as they can provide more surface area for reaction and hence better sensing.
These modified electrodes provided large surface area for reaction, interfacial transport and biocompatible interface available for bacterial colonization and substrate transport.
Fractures in basalt can provide substantial surface area for reactions, and limited mass transfer in fractures can allow accumulation of cations to form carbonate minerals in geologic carbon sequestration.
Improved guidance is needed for more consistent interpretation and use of HCT results that rely on identifying: the geochemical processes; the mineralogy, including secondary mineralogy; the available surface area for reactions; and the influence of hydrologic processes on leachate concentrations in runoff, streams, and groundwater.
A random overlapping of pore's surface was assumed to reduce the area available for reaction.
An important factor in evaluating the reactivity of a porous metal is the surface area available for reaction.
One possible reason for these larger Tafel slopes is a decrease in effective area available for reaction at higher overpotentials due to larger gas evolution rates.
The amount of current generated within the catalyst layer strongly depends on the local conditions such as the concentration of available oxygen, total surface area available for reaction, and the amount of ionomer.
Gas separation processes, including post-combustion carbon capture (PCCC) by chemical absorption using liquid solvents can be substantially enhanced using high performance micro-structured surfaces to enhance the surface area available for reaction.
Correlation of mole fraction results to growth rate data through a kinetic model further pointed to a significant decrease in the total surface area available for reaction as a function of inhibitor loading.
