Sentence examples for covers a larger range from inspiring English sources

The range of mechanical properties and degradation rates exhibited by synthetic biomaterials covers a larger range than naturally derived biomaterials.

The size of the coefficients is in line with the difference in utility scores between those with and without a pressure ulcer reported in the known group validity analysis in Table  4, and is larger for EQ-5D given that the utility scale covers a larger range than the SF-6D (and this is the case for all of the parameters included in the model).

Then, as shown by Figure 6, the combined model may cover a larger range of rate values, especially in the limit of high rates that are critical for operational forecast.

One way to increase the conversion efficiency beyond this limit is to use a tandem cell, i.e., a stack of absorber layers with different bandgaps to cover a larger range of the solar spectrum than a single bandgap absorber layer.

Window fractions obtained from detector 2 were used as it covered a larger range of count rates   η = 1 η = 1.4 True τw η required to obtain true value of τw τw113 [μs] 1.0 1.9 6.04 ± 0.23 2.1 τw208 [μs] 1.4 3.0 4.79 ± 0.18 1.6 The last two columns show the value of η which would be required to correctly predict the DT value determined in our experiments.

A total of four models were obtained and three models covered only a few amino acids while the fourth model covered a larger range (amino acid 520 974) of the PkUvrD sequence.

A total of two models were obtained and one model covered only a few amino acids while the second model covered a larger range (amino acid 36 710) of the PbUvrD sequence.

A total of two models were obtained and one model covered only a few amino acids while the second model covered a larger range (amino acid 43 703) of the PcUvrD sequence.

Testing could have been restricted to just this subset, but it was decided to include all shapes that had at least a 50% level of recognition (hit rate), to allow comparisons that covered a larger range of recognition difficulty.

Future work will involve fabrication of more phantoms to cover a larger range of spatial frequencies, exploration of other polymer-microsphere material combinations, and further investigation of the optical property characteristics to encode in such phantoms.

The most challenging detection problem is a sample containing a wide variety of solutes that covers a large range of concentrations and produces very closely spaced, narrow peaks.