Monocular methods have established a clear role (alongside stereoscopy) but they rely on assumptions that may not always be true or consistently valid.
Multidimensional Inverse Laplace Transform (ILT) NMR methods have established themselves over the last two decades in material science, engineering, medical research and industry.
Current typing methods have established a striking geographic and temporal homogeneity in African isolates from Angola, Benin, Democratic Republic of Congo (DRC), Ghana, Côte d'Ivoire, and Togo (3 – 6 ).
Experimental studies evaluating MRP in comparison to other supertree methods have established that for large datasets, MRP generally produces trees of equal or greater accuracy than other methods, and can run on larger datasets.
However, high-resolution karyotyping methods have established that hESCs acquire chromosomal abnormalities during long-term passaging in vitro, namely new sites of heterozygosity loss (LOH) and changes in copy-number variations (CNVs) [ 7, 8].
This method has established a wide range of applications in the fields of composite materials, sensors and catalysis [7-10].
Current evidence suggests that the Ilizarov method has established itself as a gold standard for long bone infected non-union and defects [42, 43, 44].
The ab initio HRM-SOW method has established itself as the ideally fit tool to explore the three-body dynamics of the helium atom close to its full break-up threshold.
And using our chosen methods, we had established an association; however, we could not be certain of the direction of the relationship.
In the present paper, by variational methods, we have established existence criteria of infinitely many nontrivial high or small energy solutions without A R condition.
