Sentence examples for template performance from inspiring English sources

Carbon precursors employed, pore structure control, template performance and characteristics of the resultant carbons are discussed by comparing templating processes, and the applications reported on templated mesoporous carbons are briefly discussed.

For an additional comparison of template performance we primed Leishmania and E. coli systems with circular and linear plasmids coding for SITS-egfp, and also with unpurified PCR-amplified SITS-ORF assembly obtained from the same plasmid.

The Grateful Dead established a basic template for performances through the 1980's and 90's: two sets, one bright and full of singable hits, the second stretching out into darker, more fractured group improvising (and of course the instrumental "Drums" and "Space" sections) but snapping back into the band's rock anthems at the end.

Figure 6 Parts of sample templates of performance measurement.

This means putting a "high performance" template in place for producing buildings that use less heat and power.

The idea there is that nature has already given us a template for different performance properties which match or exceed what we can do with petroleum or hydrocarbon chemistry today," Widmaier says.

Recently, advanced methods have extended the profile strategy to considering multiple sequence information on both sides, target and template, to improve performance [15].

Figure 6 shows a typical, but not universal, structural template for high performance calamitic NFAs such as those shown in Figure 7.

While many approaches to electrode patterning rely on unpatterned etching, nanoimprint lithography introduces the potential for low cost pattern transfer of designed templates for optimal performance [53, 54].

The obtained Pd-Cu-Fe catalysts started from all the three templates showed better performance for formic acid oxidation than Pd and Pt.

Two fundamental phenomena are suggested to be responsible for the superior performance: templated shell deposition and galvanic coupling of core and shell materials.