Sentence examples for has been a powerful method from inspiring English sources
Heteroepitaxy has been a powerful method to fabricate functional quantum structures, e. g. quantum wells [1], quantum dots (QDs) [2] and quantum rings (QRs) [3, 4].
Genome-wide gene expression profiling has been a powerful method in elucidating the gene regulation patterns in cells [ 19, 20].
Such directional genetic interactions were described by Bateson (1907), and observing epistatic interactions between genes has been a powerful method to organise them into functional pathways (Phillips, 2008).
Genome-wide SNP typing has been a powerful method for revealing the genomic constitutions of closely related lines or cultivars [ 25].
In recent years, finite element method (FEM) has been a powerful research tool for solving various structural mechanical problems.
This relatively new field has emerged from graph theory and physics and has proved to be a powerful method for the mathematical representation, visualization and analysis of complex data that involves many interacting components.
Claims-making can be usefully applied to that part of the political debate that is visible in the newspapers that one studies, and has proven to be a powerful method for the study of transnational activities that may have direct consequences for the host country.
We have implemented a sophisticated statistical procedure involving non-parametric tests combined with a benchmark smoothing technique that has proven to be a powerful method for empirical trend analysis to remove the stochastic component from the trend component in a time series.
Topology optimization has proven to be a powerful method for the conceptual design of structures and mechanisms.
Ac impedance at a microelectrode has proved to be a powerful method with which to study redox reactions in solid polymer systems characterised by low conductivity and diffusion coefficients.
Chemical cross-linking coupled with mass spectrometry has proven to be a powerful method not only for mapping protein-protein interactions of all natures, including weak and transient ones, but also for determining their interaction interfaces.
