The phrase "overall reaction efficiency" is correct and commonly used in written English, particularly in the scientific and engineering fields.
It refers to the overall effectiveness of a chemical reaction or process in converting reactants into products. Example: "The researchers found that the overall reaction efficiency of their new method was significantly higher than existing methods, resulting in a higher yield of the desired product."
The overall reaction efficiency is strongly affected by the electrochemical properties of the optical antennas.
It is found that the overall reaction efficiency of the cell correlates almost perfectly with the volumetric turbulence intensity.
The development of electrocatalysts plays a vital role in the electrocatalytic reactions involved in these devices, because the catalyst determines the overall reaction efficiency, durability and cost.
The oxidation of water has been identified as the kinetic "bottleneck" limiting the overall reaction efficiency, thus there is a pressing need to develop more active photocatalysts that can drive this reaction.
The major advantages of PAA-nano silica-bienzyme co-incorporation is that the enzymes are proximity distribution, and such close confinement both minimized the diffusion of intermediates among the enzymes in the consecutive reaction and improve the utilization efficiency of enzymes, thereby enhancing the overall reaction efficiency and specificity.
Competitive aldol condensation between the released 4-cyanobenzaldehyde and the enolate results in a loss of overall reaction efficiency.
The total quantum efficiency is defined as the ratio of the number of molecules of PCE reacted to the number of photons emitted by the lamp, and it is expressed as the product of the following factors: the reactor radiation incidence efficiency, the catalyst radiation absorption efficiency, and the overall reaction quantum efficiency.
Particularly, the dependence of the overall reaction quantum efficiency upon operating variables such as the PCE feed concentration, gas flow rate, irradiation level and relative air humidity was analyzed.
The theoretical current efficiencies for various overall reaction schemes have been calculated.
If free energy had been released in a single large burst, efficiency would be low and the overall reaction might not proceed.
On the other hand, accumulating evidence also suggests that the ACC is associated with overall reaction time (RT) in cognitive tasks, which represents the general efficiency of voluntary control.
