Enhanced tribological properties of composite over base alloy has been explained by identification of wear mechanisms through characterizations of worn surface, wear debris and abraded abrasive medium.
The mechanism of resistive switching in semiconductor based memory cells has been explained using X-ray photoelectron spectroscopy and capacitance voltage characteristics.
The physical significance of each design parameter such as elasto-plastic corrections based on Neuber analysis has been explained and correlated with the material behavior such as the cyclic softening nature of the RAFM steel.
The forming process of AAO on ITO has been explained based on the current-time curves.
After given the transfer data with deadline and trace, the Stochastic Programming based Handover Scheduling (SP-HS) has been explained.
The dealloying mechanism in the neutral NaCl solution has been explained based upon pourbaix diagram and chloride ion effect.
To efficiently cool hot spot core temperatures, nanofluids have been employed and 'smart cooling' has been observed and the same has been explained based on nanoparticle slip mechanisms.
This has been explained based on the idea that a pre-existing C N bond is the key factor to increasing N content in carbon nanotubes.
This transformation has been explained based on minimization of strain and interface energies, but recent work calls into question the roles of both of these driving forces.
The flame stabilization mechanism of a lifted flame in a laminar fuel jet has been explained based on the edge flame concept.
