Considering it is a new approach to correlate contacts with the binding affinity, we tested the impact of distance threshold on the correlation, checking correlations in the range between 3.0 Å and 20.0 Å.
In order to find the least affected rotation angle, we perform cross-correlation check for two adjacent curvelet coefficients at each scale.
A cross-correlation check to the rotationally averaged sum image was used to remove badly matching particles.
The internal consistency of the factors was assessed by item-total correlations, checking that all items were more highly correlated with the factor they were hypothesised to belong to than with any other factor, and by Cronbach alphas (consistent factors should have alphas exceeding 0.7 [ 27].
We examined bivariate correlations to check for high correlations (Pearson's correlation and cross tabulations with χ2 test and studied single relationships between the outcomes and all predictors before adding the control variables.
We also calculated all our results using Cosine distance and the Pearson product-moment correlation, to check whether our findings were sensitive to the metric used.
Care was taken to perform a correlation to check the stability of the HDI-M variable between 1991 and 2000, and consequently it was possible to work with the 2000 data.
The relation in this correlation is checked with certain predefined EP and estimated threshold.
The predictive capabilities of the correlation are checked against measured restart time and pressure drop evolution data.
Thus, it is paramount to validate these correlations to check their suitability for estimating rock strength for a specific location and geology.
Here, focussing on novel directly quenched high performance steels, the applicability of the Master Curve methodology with special emphasis on the temperature dependence is investigated and the validity of the standard T0-TCV28J temperaturetemperature correlation is checked.
