Sentence examples for systemic efficiency from inspiring English sources

Purchase and Hunter took a thrilling silver medal in the men's lightweight pairs at Eton Dorney on Saturday morning but earlier the race provided a moment of horrible fascination as Purchase's seat at the bow of the boat came loose in an abortive start, an element of peculiarly human farce intruding into the thrilling systemic efficiency of the British rowing team's greatest Olympic performance.

What if Egypt foresaw an overall gain in systemic efficiency of its transportation network?

While GDP effects attempt to measure systemic efficiency, we use changes in real household consumption as a simple index of welfare.

With the efficacy of AOs targeting human dystrophin exon 51 may soon become available, systemic efficiency of any newly selected AOs can then be compared directly to that of the AO targeting exon 51 in the hDMD/mdx mice.

Furthermore, systemic efficiency established with the known AOs in vivo, such as that with PMOE23 targeting mouse exon 23 could be used as a reference to assess the potential efficacy of AO targeting human dystrophin exon in vivo.

To achieve the highest possible system efficiency, design of systemic structure and selections for both the expander and the working fluid (medium) are critical.

Our results indicated that the agro-infiltration method results in bursts of TuMV viral RNA in inoculated leaves by the expression of pBD-TuMV-GFP resided in T-DNA, and these abounding viral RNAs enhance the TuMV systemic infection efficiency.

In batch experiments, the hydrogen production rate reached 17.8 mL/L/d at the initial acetate concentration of 410 mg/L (5 mM), while the cathodic hydrogen recovery (RH2) and overall systemic coulombic efficiency (CEos) were 93% and 28%, respectively, and the systemic hydrogen yield (YH2) peaked at 1.27 mol-H2/mol-acetate.

Because the only way to grow without consuming more resources is through systemic breakthroughs in efficiency — developing new business models to deliver mobility, heating, cooling and lighting with dramatically fewer resources and pollution.

Both results demonstrated that the meticulously designed F-TCS is capable of offering self-topological reconfiguration with fast time response and robust temperature control performances, high systemic heat transfer efficiency is also recommended from the point of view of energy saving.

Melphalan filtration efficiency, systemic exposure, transfilter pressure gradient, and the effect of hemofiltration on blood parameters were evaluated.