This work suggest that the rational design and construction of type II multi-heterostructures is powerful for developing highly efficient and reusable visible-light photocatalysts for environmental purification and energy conversion.
Exergy-based methods (conventional and advanced exergetic, exergoeconomic and exergoenvironmental analyses) are powerful tools for developing, evaluating and improving an energy conversion system.
These approaches have been proven to be powerful in developing microbial strains for the commercial production of organic acids, amino acids, biofuels, and pharmaceuticals [ 2].
In the context of uncertainty analysis, Polynomial chaos expansion (PCE) has been proven to be a powerful tool for developing meta-models in a wide range of applications, especially for sensitivity analysis.
BAC end sequences have been shown to be a powerful tool for developing molecular markers.
The Lasker Foundation's first ever award to a Chinese scientist working on the mainland has reignited a 30-year controversy over whether one person should be recognized for developing a powerful antimalarial drug that was the product of a massive government project during China's Cultural Revolution.
The iterative methods developed for sampling and coding applications are shown to be powerful tools in spectral estimation.
DNA microarrays are powerful tools for studying biological mechanisms and for developing prognostic and predictive classifiers for identifying the patients who require treatment and are best candidates for specific treatments.
The EIS method is a powerful tool for developing membrane electrode assemblies (MEAs) with effective porosity and tortuosity for gas diffusion and ionic transportation, and furthermore, it is a useful tool for judging the process of MEA preparation.
Dissent, then, is a powerful source for developing effective public reasoning, itself necessary for determining the legitimacy of the actions and institutions of a given state as well as the customs and practices of a given society.
