Sentence examples for theoretical productivity from inspiring English sources

They reported that the theoretical productivity was 62%% higher than that of the conventional still.

Open image in new window Figure 11 Variation of experimental and theoretical productivity for different depths.

In this study, we extend an earlier method which used dynamic optimization to find the maximum theoretical productivity of batch cultures to explicitly include fed-batch bioreactors.

The yield of UDCA was calculated as Y = A r/A t × 100%%, where A r is the actual productivity of UDCA and A t is the theoretical productivity of UDCA.

Indeed, although the theoretical maximum productivity of microalgae is estimated to be around 170 to 190 g DW m-2 d-1 [ 11], the reported efficiencies in ponds or PBRs ranged from 20 to 35 g DW m-2 d-1 [ 12, 13] with the present technology and available strains.

The in silico models were used to explore fundamental questions in ecology including the prediction of and explanation for measured relative abundances of primary producers in the mat, theoretical tradeoffs between overall productivity and the generation of toxic by-products, and the relative robustness of various guild interactions.

In Figure 4b, ILC hydrolysate (81.15 g/L) achieved 5.93 g/L DCW and 33.49 g/L diol, with diol yield of 41.60% (equivalent to 83.20% of the theoretical value) and diol productivity of 0.56 g/(L · h).

Identifying limiting factors in solar-to-biomass conversion efficiency is the first step for planning strategies of genetic improvement and domestication of algae to finally fill the gap between theoretical and industrial photosynthetic productivity.

For the fermentation of ILJH hydrolysate, products contained 4.61 g/L DCW and 24.13 g/L diol, with diol yield of 33.29% (equivalent to 66.58% of the theoretical value) and diol productivity of 0.40 g/(L · h), which were higher than those of WJH hydrolysate.

For the fermentation of WJH hydrolysate, 3.58 g/L DCW and 20.70 g/L diol were produced after 60 h, giving diol yield of 28.60% (equivalent to 57.20% of the theoretical value) and diol productivity of 0.35 g/(L · h).

China's demographic profile looks like a replay of Japan's with a 20-year lag; its grad-to-granny ratio will be lower than that of America by 2030.It is all very well to describe a theoretical relationship between demography and productivity growth, but is there a link in practice?