The phrase "address the variation" is correct and usable in written English.
It can be used when discussing differences or changes in data, behavior, or conditions that need to be acknowledged or dealt with.
Example: "In our analysis, we must address the variation in the results to ensure accurate conclusions."
Alternatives: "tackle the discrepancy" or "consider the differences".
Since there is still an uncertainty in the typical grain radius (ac) above which gyroresonance effectively works, we also address the variation of results by ac (Subsection 2.4.4).
Hence, these variables can express larger amount of variation in the data set, so we can take those variables which can address the variation need to accounted.
To address the variation, the article reviews and evaluates the influence of factors including the experimental setup, the concrete mix design and the cause of corrosion.
First, their sample size is too small and fragmentary to adequately address the variation inherent in modern humans within and outside of Palau.
The FACS analysis is the only method that allows to address the variation of DNA content in a large population of cells.
These studies often analyzed tumor samples from larger cohorts, and therefore could address the variation of intra-tumor heterogeneity within one tumor type rather than between tumors.
These computational advances help to address the variations in spatiotemporal resolution and merge the biophysical/biochemical information in images [18].
Multimodal neuroimaging computing is very challenging, and requires sophisticated computing to address the variations in spatiotemporal resolution and merge the biophysical/biochemical information.
Furthermore, to address the variations in users' accuracy across multiple sessions and question types, we investigate and present a Bayesian classifier based authentication algorithm that can authenticate legitimate users with high accuracy by leveraging individual response patterns.
The analyses address the variations in Young's modulus, E, of the substrate as a function of depth, z, beneath the indented surface for an exponential law, E = E0eαz, where E0 is Young's modulus at the surface and 1α is a length parameter.
Our future work will address the variations in the protein structure brought about by alternative splicing and its effects on drug-target interaction patterns as well as drug biological activities.
