Recently, based on the consideration of statistical nature of SAGE data, several Poisson-based similarity measures have been proposed, which will be further discussed in the next section.
C6 isomers are selected to test the separation performance of compound 1 based on the consideration of its pore structure.
A simplified constitutive model based on the consideration of thermally activated dislocation motion is proposed.
Additionally, the upper and lower limits of possible elastic constants are also established based on the consideration of multiple microstates.
Moreover, based on the consideration of dislocation interaction, we explore the mechanism of contact load evolution (hardening).
Furthermore, we discussed the influence in practical cells based on the consideration of electrochemistry of the deposited metals.
The roles and influence of the key parameters and decision variables based on the consideration of uncertainty are explored.
The consistency model presented in this paper is based on the consideration of continuous operating speed profiles.
Based on the consideration of reflectance and transmittance measurements, a revised rationalization for NIR sensitivity to compact hardness is presented.
The approach is based on the consideration of thermodynamic limiting cases, e.g., for distillation columns ∞/∞-analysis is used.
The control methodology results from stability criteria established through the second method of Lyapunov, and is based on the consideration of the total system energy.
