"advanced analytical methods" is a correct and usable phrase in written English.
It can be used to describe techniques or processes used to analyze data or information in a sophisticated or sophisticated way. Example: "The company's success can be attributed to their utilization of advanced analytical methods to analyze consumer data and identify trends in the market."
These advanced analytical methods are therefore also reviewed briefly in the paper.
(3) Detailed characterization and quantification of minerals and organic matter using advanced analytical methods.
Directions of activities of materials science and engineering ensuring the achievements of strategic aims of the developments of societies include materials design, computational materials science, advanced analytical methods, manufacturing and processing, nano-, smand and biomimetic materials are included.
Streamlining of the design phase requires a clearer understanding of metabolism and its regulation, which can be achieved using quantitative and integrated omic characterization, alongside more advanced analytical methods.
It is significant to extract incipient fault and compound fault features as early as possible, which is a complex and challenging task that requests advanced analytical methods with high reliability, high accuracy and high efficiency.
Finding a solution for this situation is a permanent task of researchers, which involves not only finding new and advanced analytical methods to identify quality and quantity of contaminants, but also applying complex statistical methods that allow an overall assessment of the interaction of these contaminants in the food chain and the health risk associated with their consumption by humans.
The proposed multiscale method combines advanced analytical, numerical and experimental methods in a systematical way so that the inputs are phase material properties and X-ray microtomography images only.
In view of these processes, this study provides guidance in the development of a framework to measure available and total soil contents of ENPs, via a set of extraction methods and advanced analytical tools.
Therefore, advanced analytical methodologies are in high demand.
Susko [ 15] advanced an analytical method based on Laplace approximations to provide simple corrections for long-branch attraction biases in Bayesian-based inference towards particular topologies; the effectiveness of the corrections was further demonstrated in simulations of four-taxon and five-taxon trees.
My research toward the forensic analysis of explosives is focused not only on advancing analytical chemistry, but more notably, on developing methods for use in crime laboratories.
