... and surface structure to control the transport of specific phonons and create materials with highly optimized thermal properties. molecular dynamics heat transfer elastic waveguides phonon modes elemental semiconductors Fourier analysis heat transfer molecular dynamics method phonon...

... in interpreting results. Boltzmann equation elemental semiconductors finite volume methods germanium heat conduction phonon dispersion relations semiconductor superlattices silicon thermal conductivity Three types of nanoscale physical phenomena may manifest themselves when considering...

... value of unity. In heterogeneous bulk materials, the transmission function is reduced significantly due to the junction of dissimilar materials. eigenvalues and eigenfunctions elemental semiconductors germanium Green's function methods phonons silicon phonon Green’s function polarization...

...Nenad Miljkovic; Ryan Enright; Shalabh C. Maroo; H. Jeremy Cho; Evelyn N. Wang 27 04 2011 27 04 2011 capillarity drops elemental semiconductors evaporation flow visualisation hydrophilicity hydrophobicity nanostructured materials scanning electron microscopy silicon...

... 03 02 2011 boiling cooling elemental semiconductors microchannel flow silicon thermal management (packaging) pool boiling heat transfer enhancement microchannels grooves bubble dynamics During pool boiling, the latent heat involved with the phase change from liquid...

... energy transport ultrashort-pulsed laser RKDG Auger effect Boltzmann equation carrier mean free path electron-hole recombination elemental semiconductors finite element analysis Galerkin method high-speed optical techniques laser beam effects phonons Runge-Kutta methods semiconductor...

... on the thermomass model 19 08 2009 21 10 2009 29 04 2010 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...

... , Melville, NY . 18 05 2009 10 12 2009 28 04 2010 28 04 2010 elemental semiconductors finite element analysis heat conduction micromechanical devices Raman spectra silicon thermometers Raman thermometry MEMS finite element heat conduction simulations...

... equation elemental semiconductors heat conduction Monte Carlo methods phonons semiconductor thin films silicon thermal conductivity Monte Carlo Boltzmann transport equation thin film thermal conductivity optical phonon silicon In recent years, aggressive scale-down in the feature...

... 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 microscale doped silicon radiative properties thin...

... conversion, nanoscale thermal imaging, and nanothermal manufacturing. 18 09 2008 16 03 2009 30 11 2009 30 11 2009 dielectric function doping profiles electronic density of states elemental semiconductors heat radiation radiative transfer semiconductor doping silicon...

.... The left part of Eq. 1 represents the BTE equation for a mode m under a temperature gradient. Boltzmann equation elemental semiconductors lattice constants molecular dynamics method phonon dispersion relations potential energy functions silicon thermal analysis thermal conductivity...

... with the edge length 2 K x . The smallest sphere circumscribing this cube has a radius K = 2 1 / 2 K x , which explains the use of the constant geometric factor of f k = 2 in the DOS g k in Eq. 2 . elemental semiconductors germanium nanoparticles...

... is lower due to the smaller semiconductor layer thickness. Therefore, the new structure may have potential applications in energy conversion devices. 28 01 2008 22 07 2008 21 01 2009 elemental semiconductors metals photovoltaic cells semiconductor thin films silicon grating...

... 2 in Case 3 (1.1 W over the 400 × 400   μ m 2 hot spot area plus 70 W background heating over the 10 × 12   mm 2 die area). 10 10 2007 03 06 2008 23 09 2008 chip scale packaging copper elemental semiconductors evaporation heat pipes...

... density functional theory elemental semiconductors germanium Ge-Si alloys molecular dynamics method nanostructured materials silicon thermal conductivity ab initio molecular dynamics thermal energy transport nanoscale Moore’s law predicted that the number of transistors on a chip...

... in crystalline semiconductors. 16 05 2007 07 12 2007 10 07 2008 ballistic transport elemental semiconductors flow simulation heat conduction lattice Boltzmann methods phonon dispersion relations semiconductor thin films silicon temperature distribution thermal conductivity...

... 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...

... , the cantilever temperature required for bit formation is as high as 500 ° C . By quantifying the conditions required for indent formation, this work may improve the operation of heated probes for thermomechanical data storage. 15 02 2006 15 01 2007 atomic force microscopy elemental...

... Cooling Applications ,” IMAPS Advanced Technology Workshop on Thermal Management, Palo Alto, CA, Oct. 23–26. 26 04 2006 17 10 2006 silicon thermal management (packaging) elemental semiconductors microchannel flow cooling modules heat...