... semiconductors finite element analysis Galerkin method high-speed optical techniques laser beam effects phonons Runge-Kutta methods semiconductor thin films silicon 08 04 2009 19 12 2009 04 06 2010 04 06 2010 2010 American Society of Mechanical Engineers ...

... 29 04 2010 compressible flow elemental semiconductors equations of state heat conduction phonons semiconductor thin films silicon special relativity thermal wave thermomass short pulse laser heating heat conduction in silicon film Heat motion through conductors...

... of the anisotropic Brillouin zone. Efforts are also underway in combining deterministic and hybrid methods to address the two disparate regimes of transport, namely, ballistic and diffusive regimes. Several numerical issues pertinent to predicting through-plane thermal conductivity of semiconductor thin films...

... boron carrier mobility dielectric function doping profiles elemental semiconductors Fourier transform spectra infrared spectra ion implantation ionisation phosphorus rapid thermal annealing reflectivity semiconductor doping semiconductor thin films silicon 2010 American Society...

...C. J. Fu; W. C. Tan We propose in this work a structure of semiconductor thin films combined with a one-dimensional metallic grating, which allows for selective improvement of thermal radiative absorptivity (also emissivity) of the structure. Both shallow and deep gratings are considered...

...Rodrigo A. Escobar; Cristina H. Amon Numerical simulations of time-dependent thermal energy transport in semiconductor thin films are performed using the lattice Boltzmann method applied to phonon transport. The discrete lattice Boltzmann Method is derived from the continuous Boltzmann transport...

... elemental semiconductors gallium arsenide heat conduction III-V semiconductors Monte Carlo methods nanowires phonon dispersion relations phonon-impurity interactions radiative transfer semiconductor quantum wires semiconductor thin films silicon thermal conductivity Monte Carlo simulation...

... elemental semiconductors semiconductor thin films Seebeck effect Green's function methods electron-phonon interactions semiconductor heterojunctions electrical conductivity power factor quantum simulation thermoelectric electron-phonon scattering Quantum-well superlattices have been...

... effects on thermal resistance are investigated, and the results indicate that the first few interfaces have the most significant effect on the overall thermal resistance. silicon germanium elemental semiconductors semiconductor thin films semiconductor heterojunctions interface phonons thermal...

... conductivity varies linearly with the film thickness, and is temperature-independent for temperatures near or above the Debye’s temperature. thermal conductivity silicon elemental semiconductors semiconductor thin films molecular dynamics method Green's function methods potential energy functions...

..., 2001; revision received November 5, 2001. Editor: V. Dhir. 10 October 2001 05 November 2001 silicon semiconductor thin films elemental semiconductors heat transfer surface phase transformations crystallisation solidification recrystallisation laser beam annealing...