Sentence examples for achieving much smaller from inspiring English sources

At room temperature, EG is unlikely involved in the reduction of Cu II) species, and the introduction of a much stronger reducing agent is believed to be a crucial factor for achieving much smaller particle sizes, given that the nucleation and growth processes are greatly dependent on the power of reducing agent [15].

On the other hand, the CRC with m = 2 n ± 1 achieves much smaller fault missing rate with negligible implementation overhead.

MIDI and audio from MIDI classifiers alone achieve much smaller accuracies than those reported by McKay and Fujinaga who used not NCD but a number of domain-based MIDI features for their classification.

Recently, however, Fan et al. (2011) and Yang et al. (2011) proposed new experimental techniques for whole-chromosome haplotyping, which promise to achieve much smaller error rates than current methods.

It is shown that equivalent conditions can be achieved in much smaller specimens than NESC-1 using a practical set of testing parameters.

Our proposed embedding is inspired by 1-of-m embedding, but achieves a much smaller, denser representation reducing memory use, network input layer size and training time.

That is, sequential replacement of temporary dominant serotypes, which seems characteristic of dengue epidemiology, can be achieved through much smaller levels of enhancement if four infections are required to reach full immunity.

Interestingly, while a change in the response type was observed most frequently in response to changes in the Co-Smad concentration, switches could be achieved with much smaller concentration changes when the receptor or R-Smad concentration were varied.

To further explore the possibility that virion-strand specific mutation biases are a feature of geminivirus evolution in general, we determined with greater precision than has been previously achieved with much smaller data sets the nucleotide mutation spectra of MSV (a mastrevrius), and TYLCV (a begomovirus).

Compared with conventional piezoelectric inchworm actuators (PIAs), which rely on a frictional mechanism to produce large stroke and force outputs, PIAs equipped with MEMS ridges can achieve much higher power density in small geometries through the interlocking of micro-ridges.

However, the integrated approach, SWC+DECOMP+SSS, is able to predict both large and small complexes, and achieves much higher recall as well as precision.