Applying these methods and using the EAF as a scrap melter can reduce power and electrode consumption to a mere 360 kilowatt-hours per ton and three kilograms per ton.
Finally, numerical experiments applying these methods are reported.
For applying these methods, the involved mappings are always required to be continuous or semi-continuous.
Therefore, applying these methods to degraded handwritten historical documents is not straightforward.
One problem with applying these methods directly is the efficient simulation of positive definite covariance matrices.
However, across sectors a considerable need is expressed for "more information or regulatory guidance" on using and applying these methods.
Applying these methods to a larger, longer duration titration to response study (1031 placebo, 1053 terazosin totals) produced similar results.
Image segmentation and thresholding are crucial steps when applying these methods to extract complex pore space geometry information from images.
The differences between the results of two methods are discussed and suggestions for applying these methods are also provided.
Applying these methods to coatings with variable Young's modulus will result in inaccurate or even incorrect results.
For K-means and PLSA, experiments were performed applying these methods to the target data only, as well as combining the target and auxiliary data.
