The maximum efficiency of cleavage yielded approximately 45%% linear plasmid DNA compared to 3%% in the untreated control.
Finally it is concluded that the optimal fin shapes can yield maximum efficiency and this implies that more heat can be dissipated into environment using the present optimal fins.
The model yielded a maximum efficiency of approximately 54% as compared to a maximum efficiency of around 49% from experiment.
Plant leaves under LED-A1 showed maximum efficiency of the light quantum yield of PSII, electron transfer rate, and the proportion of the open fraction of PSII centers, with values 113.70, 114.34, and 211.65%% higher than those of the control group, respectively, and showed the lowest rate constant of thermal energy dissipation of all groups.
Net photosynthetic rate (An, μmol CO2m-2 s-1), stomatal conductance to water vapour (gsw, molH2Om-2 s-1), intrinsic water use efficiency (WUEi, μmol CO2 molH2O-1), specific leaf area (SLA, mKg-1), maximum efficiency of photosystem II under light conditions (Fv'Fm') and quantum yield (ΦPSII) were measured for all plants.
An optimization based on the thermodynamic efficiency yields a lower switching frequency than an optimization based on the maximum cooling capacity.
Daily yield was observed to be increased by 17 20 % and maximum efficiency by 8 % with the use of the low cost storage medium.
Such initiatives allow resource-pooling to work for maximum efficiency.
Performances went off with maximum efficiency, seven each week.
Coevolved interactions are not designed from scratch for maximum efficiency.
