.... BTE phonon transport microscale heat conduction finite volume solution acceleration Over the last two decades, thermal management has emerged as a critical bottleneck to the continued scaling of microelectronics [ 1 , 2 ]. The move to finFETs and thin-body multigate devices has led...

... resistance of unit area measurements is comparable with published results based on a pump-probe thermoreflectance measurement. thin film thermoreflectance conduction thermal transport joule heating thermal resistance microscale The performance of small scale integrated circuits relies...

... microscale modeling nanoporous thermoelectrics It has been increasingly recognized that thermal conductivity is no longer an intrinsic parameter as it is for bulk materials [( 1 2 )]. Nanostructured materials, such as superlattices, nanocomposites, and nanowires are made to artificially reduce...

... with increasing saturation pressures and vapor qualities. The experimental data were mapped to the flow pattern maps developed by Hasan [2005, “Two-Phase Flow Regime Transitions in Microchannels: A Comparative Experimental Study,” Nanoscale Microscale Thermophys. Eng., 9, pp. 165–182] and Revellin and Thome [2007...

... a wide range of parameters. The experimental data were compared with seven empirical heat transfer correlations, which included microscale, mini/small scale, as well as macroscale correlations. A brief summary of the correlations is available in Table 1 . List of correlations used in the present...

... 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...

... effectiveness agrees with the numerical result were investigated. 25 01 2008 30 09 2008 18 03 2009 heat exchangers heat transfer microchannel flow numerical analysis heat exchanger microscale gas-to-gas effectiveness Ntu Since the early work by Tuckerman and Pease ( 1...

... layers. A microscale insulation concept has been proposed by Sandia National Laboratory ( 6 ). In this approach, small conical structures, < 10   μ m in length, are used to separate layers of silicon, providing an analog to multifoil insulation that is suitable for MEMS applications...

... for modeling radiative properties was also examined. The agreement between the measurement and modeling results demonstrates the feasibility of quantitative tuning of the radiative properties by employing periodic micro/nanostructures. radiative transfer electromagnetic grating microscale nanoscale...

... ballistic range (m) ρ density ( kg ∕ m 3 ) Subscripts e electron i initial l lattice ℓ liquid s solid Wang , G. X. , and Prasad , V. , 2000 , “ Microscale Heat and Mass Transfer and Non...

... boiling channel flow heat transfer microscale two phase boiling evaporation flow instability heat transfer microchannel flow refrigerants surface tension water Experiments are conducted to obtain the CHF data using R-123 and water in microchannels. The present experimental CHF...

... transfer laminar flow microchannel flow ultrahydrophobic microscale convection microribs nonwetting As fluid flow components shrink in physical size, classical theory indicates that the pressures required to drive a given flow increase substantially, often to extreme levels...

... temperature measurement nitrogen flow measurement experimental heat transfer microscale sensors thin films Flow and heat transfer through microchannels have been investigated during the last 20 years to determine if the small characteristic length causes deviation from continuum flow...

... Boiling of FC-72 ,” Exp. Heat Transfer 0891-6152 10.1080/089161599269726 , 12 , pp. 265 – 278 . Demiray , F. , and Kim , J. , 2004 , “ Microscale Heat Transfer Measurements During Pool Boiling of FC-72: Effect of Subcooling ,” Int. J. Heat Mass Transfer 0017-9310 , 47 , pp. 3257...

... flow instability boiling microchannel flow two-phase flow nucleation bubbles boiling channel flow heat transfer instability microscale stability two-phase visualization Presently, many advanced technologies, such as high speed processor chips and electronics components in high...

.... transient radiative transfer finite element absorbing and scattering media microscale non-intrusive diagnostics heat radiation finite element analysis least squares approximations variational techniques 19 06 2005 07 10 2005 2006 American Society of Mechanical Engineers ...

... Fourier analysis Conduction Electronics Heat Transfer Microscale Modeling Nanoscale The full phonon dispersion model has been applied to study the problem of self-heating in a submicron silicon on insulator transistor 45 . The thermal predictions are compared to those obtained from...

...C. J. Fu; Z. M. Zhang; D. B. Tanner The phenomenon of photon tunneling, which depends on evanescent waves for radiative transfer, has important applications in microscale energy conversion devices and near-field optical microscopy. In recent years, there has been a surge of interest in the so...

...Laurent Pilon; Kamal M. Katika This paper presents a new numerical scheme for simulating multidimensional transient and steady-state microscale energy transport. The new method is based on the method of characteristics that follows heat carriers along their pathline. Unlike traditional methods...

... (in continuum flow range). Such verification of the experimental measurements without the influence of rarefaction would lend more credibility to measurements with the presence of rarefaction. In a recent review of single phase flow and heat transfer data at the microscale, Guo and Li 11 discuss...