... used. e-mail:  mazumder.2@osu.edu e-mail:  mazumder.2@osu.edu 14 08 2020 24 09 2021 08 11 2021 thermoreflectance FDTR heat conduction nanoscale thermal conductivity Directorate for Computer and Information Science and Engineering 10.13039/100000083...

... relaxation times. These thermal conductivity integral models have been used for decades to model using the thermal conductivity of silicon, including work on nanoscale thin films [ 24 ]. Specifically, the thermal conductivity in the direction given by the unit vector i ∧ can be computed from...

... 14, 2013. Assoc. Editor: Giulio Lorenzini. 25 04 2012 20 10 2012 In this research, we consider the generation of conductive heat trees at microscales and nanoscales for cooling electronics which are considered as heat-generating disk-shaped solids. With the advent...

... temperature nanoscale near field thermal radiation Nanoscale thermal radiation can be utilized to improve the performance of near-field thermophotovoltaic (TPV) devices, near-field scanning-tunneling thermal imaging systems, and noncontact thermal rectifiers [( 1 2 3 4 5 6 7 8 9...

...Alaeddin Malek; Zahra Kalateh Bojdi; Parisa Nuri Niled Golbarg In the present work, we investigate laser heating of nanoscale thin-films irradiated in three dimensions using the dual phase lag (DPL) model. A numerical solution based on mixed-collocation, finite difference method has been employed...

...Tengfei Luo; John R. Lloyd Ab initio molecular dynamics, which employs density functional theory, is used to study thermal energy transport phenomena in nanoscale structures. Thermal equilibration in multiple thin layer structures with thicknesses less than 1 nm per layer is simulated. Different...

... electromagnetic grating microscale nanoscale radiative properties slit array Materials with wavelength-selective and/or polarization-dependent radiative properties play a significant role in modern technologies, including energy conversion, radiation detectors, spectroscopy, and liquid-crystal...

... resistance problem. 17 01 2007 13 02 2008 30 05 2008 contact resistance heat transfer surface roughness contact resistance heat transfer nanoscale roughness surface Economically improving heat conduction from microelectro mechanical systems (MEMS...

....61.605 , 61 , pp. 605 – 668 . Cahill , D. G. , Ford , W. K. , Goodson , K. E. , Mahan , G. D. , Majumdar , A. , Maris , H. J. , Merlin , R. , and Phillpot , S. R. , 2003 , “ Nanoscale Thermal Transport ,” J. Appl. Phys. 0021-8979 10.1063/1.1524305 , 93...

... mismatch model inelastic scattering nanoscale solid interfaces 24 07 2006 14 06 2007 04 02 2008 The ongoing trend of miniaturization of devices with structures on nanometer length scales has given rise to new challenges in the science and engineering of thermal transport...

... diffusion ballistic transport temperature distribution conduction electronics phonon transport LBM BTE nanoscale Thermal effects are becoming increasingly important for the proper behavior and operation of microelectronic components. This is particularly relevant for the silicon...

... formulations. nanostructured materials rapid thermal processing thermal stresses heat radiation thermal diffusion Maxwell equations electromagnetic microstructure nanoscale properties radiation Parameters of selected cases, where d G and d T are the depths...

... 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...

...Wenjun Liu; Mehdi Asheghi Self-heating in deep submicron transistors (e.g., silicon-on-insulator and strained-Si) and thermal engineering of many nanoscale devices such as nanocalorimeters and high-density thermomechanical data storage are strongly influenced by thermal conduction in ultra-thin...

... conductivity thermal magnetoresistance magnetocaloric effects GMR heat transfer measurement techniques nanoscale ultra-thin films Magnetic hard disk drives continue to be the primary, high performance technology for data storage in computers and data processing systems. High areal densities...

... analysis Conduction Electronics Heat Transfer Microscale Modeling Nanoscale In recent years, the extreme miniaturization of integrated circuits has led to increasing concerns about the steady and unsteady thermal performance of microelectronic devices. It is now well-established...

... thin films Heat Conduction Microscale Nanoscale Heat Transfer Boltzmann Transport Equation During the last decade, heat transfer at microscale has been the object of intense studies 1 2 . The research effort has been driven by important applications in microelectronics, thin films...

... conductivity molecular dynamics method nanostructured materials heat conduction Heat Transfer Molecular Dynamics Nanoscale As with other transport or thermodynamic properties, the thermal behavior of nanostructured materials or nanoelectronic devices cannot be simply...

... range. In order to properly predict the penetration depth at low voltages, a more rigorous approach is needed, and for that reason we used the MCM to simulate the electron-beam transport. Heating Heat Transfer Machining Monte Carlo Nanoscale...

... Microscale Nanoscale Radiation dispersion (wave) heat transfer electromagnetic wave propagation electromagnetic wave refraction 08 May 2003 23 December 2003 04 05 2004 Contributed by the Heat Transfer Division for publication in the JOURNAL OF HEAT TRANSFER . Manuscript...