The phrase "a powerful methodology to" is correct and usable in written English.
It can be used when describing a strong or effective approach to achieving a specific goal or outcome.
Example: "The research presents a powerful methodology to enhance data analysis in complex systems."
Alternatives: "an effective approach to" or "a robust strategy for".
Low power solutions are an imperative requirement for the SoC (System-on-Chip) flow that gives designers a powerful methodology to analyze, estimate, and optimize today's increasing power concerns.
Activity-based protein profiling represents a powerful methodology to probe the activity state of enzymes under various physiological conditions.
Our results indicate that the combination of ellipsometry and fluorescence provides a powerful methodology to study interface-induced chain segregation in nanoconfined miscible polymer blends, whether in film geometry or in nanocomposites.
This approach not only provides a powerful methodology to produce polysaccharides with defined structures and morphologies as novel biomaterials, but is also a valuable tool to analyze the mechanisms of polymerization and packing to acquire high-order molecular assemblies.
In addition to the classical testing methodologies, the detailed analytical investigation represents a powerful methodology to elucidate the molecular composition and modification of plastic bio-polymers thereby providing a valuable contribution to further promote the composting process as viable way to recycle the biodegradable polymeric materials.
Nobel Peace Prize winner Muhammad Yunus once said that Saúde Criança had created a powerful methodology to include the poorest in Brazil.
UV-visible spectroscopy provides an extremely powerful methodology to investigate molecular structures of high molecular weight aromatic materials, not amenable to be characterized by analytical techniques as gas-chromatography, mass spectrometry, etc.
Quantitative proteomics, which is based on Liquid Chromatography (LC) and Mass Spectrometry (MS) technologies and can systematically identify and quantify proteins at a proteome-wide scale, has emerged as a novel and powerful methodology to characterize functions of various cell types and tissues in humans (Deng et al., 2011a).
We utilized a field experiment since it has proven to be an efficient and powerful methodology to document evidence of discrimination against different groups of people in various markets (Riach and Rich 2002; Pager 2007; Baert 2017; Bertrand and Duflo, 2017).
The most powerful methodology to tackle wave propagation in a semi-infinite homogeneous poroelastic domain is the boundary element method (BEM).
To extend characterisation of T2D GWAS loci, the most comprehensive fine-mapping experiment requires an exhaustive catalogue of variation across the region and necessitates powerful methodology to integrate statistical evidence of association with regulatory and functional annotation to reflect our prior beliefs about the likely mechanisms through which variants will impact on disease risk.
