Short-pulse laser heating of aluminum and silicon thin films pair with presence of a minute
vacuum gap in between them is considered and energy transfer across the thin films pair is …

With the enhancement of integration and functionality of high-power electronic devices, heat
dissipation has become a critical bottleneck limiting performance improvement. In particular …

Phonon transport across the curve thin silicon film due to temperature disturbance at film
edges is examined. The equation for radiative transport is considered via incorporating …

Laser short-pulse heating of an aluminum thin film is considered and energy transfer in the
film is formulated using the Boltzmann equation. Since the heating duration is short and the …

Cross-plane energy transport in aluminum and silicon films pair with presence of minute
vacuum gap in between them is investigated. Laser short-pulse heating is introduced in the …

Non-equilibrium energy transfer takes place for thin films when thermal disturbance is
introduced. In this case, phonon transport inside the film governs the heat transport and …

Laser short-pule irradiation of silicon-diamond-aluminum thin films is considered and energy
transport across the films is modelled using the Boltzmann transport equation. Electron …

THE equation of phonon transport derived from the Boltzmann equation is appropriate to
formulate the heating problem across the thin film when the film is disturbed by the …

An analytical approach for the solution of the equation for phonon transport is presented for
the combination thin films system. The transient phonon radiative transport model is …

Transient analysis of phonon cross-plane transport across two consecutively placed thin
films is considered, and a new approach is introduced to obtain the semi-analytical solution …