However, no studies have quantitatively discussed the timescales of quartz vein formation and earthquake recurrence intervals within subduction zones.
The relative influence of the main parameters is quantitatively discussed and recommendations for design are given.
The effect of ion bombardment on the magnetostrictive characteristics of GM films was quantitatively discussed.
The dependency of the hydrophobicity on the micro-/nano-scale is quantitatively discussed.
We also quantitatively discuss how co-benefit values depend on the emission standard policies.
In succession, the nanobeam deflection and critical parameters for buckling are quantitatively discussed.
Design requirements influence on the ultracapacitor capacitance and internal resistance choice are quantitatively discussed.
Stability of the oscillating bubbles under acoustic excitation are also quantitatively discussed based on the analytical solution.
Based on this approach, the failure modes of MWCNTs before and after surface modification were quantitatively discussed.
Moreover, basic hydrodynamic parameters characterizing the pulsing flow, namely the liquid pulse velocity and frequency, were also quantitatively discussed.
