... modeling nanoscale thermophysical silicon elemental semiconductors transistors semiconductor devices logic gates electron-phonon interactions ballistic transport heat conduction Monte Carlo methods 07 06 2005 21 12 2005 Although the above analysis considered a steady...

.... Chen. 23 December 2002 27 June 2003 19 11 2003 filled polymers thermal conductivity thermal resistance yield stress viscosity rheology cooling packaging interface structure Contact Resistance Heat Transfer Interface Rheological Thermophysical Particle...

... received July 7, 2003. Associate Editor: V. P. Carey. 25 October 2002 07 July 2003 19 11 2003 argon liquid structure nanoparticles molecular dynamics method Heat Transfer Laser Molecular Dynamics Nanoscale Thermophysical In recent years...

... Thermophysical In the past decades, considerable attention has been given to optimization of geometries such as dimensions, spacings, shapes as well as distributions (allocations) of heat transfer in thermal engineering due to its application in electronic...

... 07 2003 alumina copper compounds nanostructured materials suspensions thermal conductivity heat transfer thermal diffusivity Conduction Heat Transfer Suspensions Thermal Thermophysical Heat transfer technology stands at the cross roads of miniaturization on one hand...

.... 19 December 2001 12 November 2002 20 05 2003 fibre reinforced composites thermal conductivity heat transfer numerical analysis interface structure Composites Conduction Finite Element Heat Transfer Properties Thermophysical The prediction of effective thermal...

... conductivity porous materials heat conduction adsorption capillarity humidity Conduction Heat Transfer Modeling Porous Media Thermophysical The prediction of the effective thermal conductivity of soils is very important in many heat and mass transfer phenomena related to ground...

... effects photothermal effects Heating Laser Microscale Radiation, Thermophysical The microelectronics industry has made organized, concentrated efforts to reduce the printing feature of photolithography in the past decade. ArF excimer laser at the wavelength of 193 nm is an immediate...

... been developed which incorporate uncoated, optically non-flat surfaces based on the bulk mechanical properties of the material. Investigations have also been conducted which incorporate the thermophysical properties of metallic coatings and their effective surface microhardness to predict the overall...

...C. Aviles-Ramos; A. Haji-Sheikh; J. V. Beck; K. J. Dowding This paper reports the evaluation of a spectral technique for estimating thermophysical properties. It demonstrates that one can construct a virtual quasi-steady periodic experiment from a limited but properly selected set of transient non...

... Thermophysical Thin Films Auld, B. A., 1990, Acoustic Fields and Waves in Solids , 2nd Ed., Krieger, Melbourne, FL, Chapter 9. Capinski W. S. , and Maris H. J. , 1996 , “ Thermal Conductivity of GaAs/AIAs Superlattices ,” Physica B , Vol. 219–220 , pp. 699 – 701 . Chen G...

.... A detailed theoretical analysis is presented to estimate the thermal contact conductance as well as the thermophysical properties of the solids from the phase lag measured as a function of the modulation frequency. Closed-form solutions in the high-frequency limit are derived in order to provide a simple...

... Division, Mar. 28, 1999; revision received, Oct. 7, 1999. Associate Technical Editor: D. Poulikakos. 28 Mar 1999 07 Oct 1999 mercury (metal) liquid metals vaporisation surface plasmons laser beam effects surface tension Heat Transfer Laser Liquid Metals Thermophysical...

...M. Honner; J. Kunes 08 Sept 1998 06 Apr 1999 05 12 2007 Conduction Heat Transfer Heat Waves Microscale Nonequilibrium Thermophysical Bhandari, C. M., and Rowe, D. M., 1988, Thermal Conduction in Semiconductors , Wiley Eastern Ltd., New Delhi. Eckert, E. R. G...

... in elastomers or biological tissues. Furthermore, such methods may be inappropriate for materials requiring a specific chemical state or that are not easily manufactured. Conduction Heat Transfer Measurement Techniques Polymers Thermophysical thermal...

..., with a marked separation at We = 80, where the dynamic behavior of droplets has been shown to change for nonwetting impaction. 02 Mar 1998 21 Dec 1998 05 12 2007 Droplet Heat Transfer High Temperature Thermophysical Two-Phase Bernardin J. D. , and Mudawar I. , 1997...

...R. S. Prasher; P. E. Phelan 30 Dec 1997 22 July 1998 05 12 2007 Heat Transfer Low Temperature Thermophysical Thin Films Allen R. F. , and De Wette F. W. , 1969 , “ Calculation of Dynamical Surface Properties of Noble-Gas Crystals. I. The Quasiharmonic...

..., 1996; revision received October 31, 1997; Keywords: Cryogenics; Heat Transfer; Radiation; Thermophysical. Associ- ate Technical Editor: T. Tong. however, exhibited more striking changes (Flik et al , 1992; Gao et al., 1991; Hadni et al., 1995; Moser et a l , 1993). This work investigates...