where η is the ratio of efficiency droop, η peak is the maximum efficiency, and η exp. is the efficiency in different experimental currents.
As a direct measure of the enzyme's ability to discriminate between the natural dATP substrate and the TFV, we determined the "selectivity", defined as the ratio of efficiency of the enzyme to incorporate dATP over TFV-DP (kpol-dATP/KD-dATP/kpol-TFV/KD-TFV).
As a consequence, the ratio of efficiency is mainly determined by the ratio (k3) = k1.
Nevertheless, it depends on the kinetic constants k1 and k3 but also on the ratio of efficiency of single and double protein activation processes.
The typical ratios of current efficiency for ethylene/methane, rf(C2H4 /rf(CH4), were 2.3 and 6.7, in KOH/methanol and RbOH/methanol-based electrolytes, respectively.
The air quality and fuel consumption impacts were estimated for these scenarios using a single-zone box model of indoor air quality and ratios of thermal efficiency.
Fuel savings were calculated from the ratios of thermal efficiency as follows: Percent fuel savings = [1 – (ηT/ηx)] percent displacement of the traditional stove), [2] where ηT is the traditional stove thermal efficiency and ηx is the new stove thermal efficiency.
The ratios of scattering efficiencies (region/cell) were calculated on a cell by cell basis.
Interestingly, the ratios of computing efficiencies for both hyperparameters between UNIMH and BIVMH with DFMH hovered between 3 and 6 across marker densities.
Note that energy efficiency is defined as the ratio of spectral efficiency to total power consumption.
