Sentence examples for method to greatly from inspiring English sources

The ausforming is an important method to greatly improve the properties of this material.

Use of the E0 information in conjunction with calibration coefficients that adjust for differences between the vegetation and the reference surface provides a method to greatly improve the estimates of actual evapotranspiration (Ea) from landscapes (or ecosystems).

This work provides a method to greatly improve the thermal, electrical and mechanical performances of graphene/polymer composites at an ultralow graphene content and proves that graphene foam filled poly methyl methacrylate) composite is effective as a thermal interface material (TIM).

First, we used running wheels as a method to greatly increase the amount of activity mice were engaging in.

Meta-analysis of combined transcriptomic microarray datasets is a powerful method to greatly increase the sensitivity in revealing biomarkers for disease and, potentially, with greater specificity.

The authors developed a method for reconciling growth profiling data with genome-scale models and used this method to greatly improve their models of Bacillus subtilis.

It is due to the algorithms and the error analysis in this paper that the MFS can be combined with other numerical methods, to greatly extend its application for engineering problems.

In essence the method combines favorable features in previous spectral moment-based and bin-based pair-interaction (or flux) methods to greatly enhance the logic, consistency, and simplicity in the numerical method and its implementation.

More recently, we have begun to take advantage of next generation Illumina DNA sequencing based methods to greatly accelerate the pace at which we can identify the affected genes in mutants isolated after mutagenesis of nematode populations.

The development of the method described in the present study was motivated by the serendipitous intuition that the combination of three key elements, namely the Golgi-Cox impregnation, the immunofluorence and the CLSM, might synergistically interact to provide a method able to greatly amplify the individual characteristics of each method taken separately.

The result of this method was to greatly increase the likelihood of converging to the global maximum, with a coinciding increase in computational time that was not prohibitively long for the bimodal model (time was less than 1 minute per gene).