Curvature of recorded bit and skew are two factors limiting further improvement of the areal
density capacity of heat-assisted magnetic recording. Performance degradation due to …

In this paper, an acoustic approximation is considered, which allows to describe the
propagation of longitudinal waves in geological media. For the two-dimensional case, a …

Through molecular dynamics (MD) simulations with ReaxFF potential, the effects of chemical
contaminants on the mechano-chemical properties and tribological performance of …

This work is devoted to the numerical solution of the acoustic problem. It has a lot of
important applications, for example, direct and inverse problems of the seismic survey …

In this study, we present a methodology that combines statistical analysis of measured
population FRFs (Frequency Response Functions) of a hardware device (Product A) with the …

With the emergence of Heat-Assisted Magnetic Recording and Microwave-Assisted
Magnetic Recording, understanding nanoscale heat transfer at the head-media interface is …

Heat-assisted magnetic recording (HAMR), one of the promising hard disk drive
technologies to achieve areal density> 10 Tb/in 2, integrates a laser across its head-disk …

The high-temperature laser heating during heat-assisted magnetic recording (HAMR)
causes the media lubricant to deform and transfer to the head via evaporation/condensation …

Understanding nanoscale heat transfer at the head–disk interface (HDI) is necessary for
thermal management of hard disk drives (HDDs), especially for heat-assisted magnetic …

Heat-assisted magnetic recording (HAMR) is one of the critical technologies to overcome the
areal density limitations of hard disk drives. In order to reveal the behavior of viscoelastic …