Sentence examples for commonly applied method from inspiring English sources

Nanoindentation is a commonly applied method to determine the hardness and the elastic modulus of PVD coatings.

The most commonly applied method for aggregated data to test for spatial autocorrelation (n = 13 studies) was Moran's I (Moran 1950) for which a value >1 indicates presence of spatial autocorrelation.

We used Landsat imagery as a reference; since it is, by and large, the most commonly applied method to support multi-temporal delineation between forest and non-forest cover types by both manual (e.g. Townshend et al. 1995) and unsupervised automated or semi-automated (e.g. Achard et al. 2002) classification procedures and their combinations (e.g. McRoberts et al. 2014; Sannier et al. 2014).

As for many other complexes, including a majority of complexes with amino acids and peptides, the irreversible part of the reaction is quite rapid (e.g. t1/2 <5 min for glygly), which excludes the use of the most commonly applied method based only on potentiometric titration [39 41].

The validity of the commonly applied approximation regarding the random scission of highly branched polymer chains is assessed by a direct comparison of the average molecular properties of LDPE (i.e., number and weight average molecular weights), calculated by the combined kinetic/topology MC algorithm, with the respective predictions obtained by the commonly applied method of moments (MOM).

In this respect, FARO was clearly superior to the commonly applied method of co-expression analysis for identifying genes co-regulated in response to different experimental factors.

In microrheology, there are four commonly applied methods to solve this problem.

Plate load test (PLT) is one of the most commonly applied methods to determine this parameter.

The Markov switching model due to Hamilton (1989) is one of the most commonly applied methods for identifying business cycles in economic data.

The commonly applied methods for background activity assessment show different variability which might hamper 18F-FET PET quantification and comparability in multicenter settings.

Still, among the supervised learning algorithms, HMMs and Bayes networks are thus far the most commonly applied methods in the area of context recognition.