... boiling enhanced heat transfer nanolubricant nanotechnology refrigerants refrigerant/lubricant mixtures structured surface This paper quantifies the influence of Al 2 O 3 nanoparticles on the pool boiling performance of R134a/polyolester mixtures on a rectangular finned surface...

... transfer nanotechnology refrigerants refrigerant/lubricant mixtures Energy efficiency is a primary component for net zero energy, high performance green building-design [( 1 2 )]. Chillers that provide air conditioning for buildings consume nearly 13% of total building electric expenditures...

... 2010 20 01 2011 20 01 2012 20 01 2012 antenna arrays emissivity energy gap metamaterials nanostructured materials nanotechnology reviews surface structure coherence thermal emission surface waves coupled cavities bandgap metamaterials polarization spin-orbit...

...Myung Gwan Hahm; Young-Kyun Kwon; Ahmed Busnaina; Yung Joon Jung Due to their unique one-dimensional nanostructure along with excellent mechanical, electrical, and optical properties, carbon nanotubes (CNTs) become a promising material for diverse nanotechnology applications. However, large-scale...

... various potential transport mechanisms responsible for the enhancement of pool boiling heat fluxes on nanostructured surfaces using data obtained from subcooled and saturated pool boiling experiments. pool boiling critical heat flux film boiling nanotube nanotechnology carbon nanotubes...

... 02 2009 boiling copper compounds heat transfer lubricants multiphase flow nanofluidics nanoparticles polymer blends refrigerants additives boiling copper (II) oxide enhanced heat transfer nanotechnology refrigerants refrigerant/lubricant mixtures In recent years...

...Chris Dames; Gang Chen This special issue is in large part an outcome of the First Energy Nanotechnology International Conference (ENIC), held at the Massachusetts Institute of Technology on June 26–28, 2006. The conference was chaired by one of us (G.C.), and we would like to thank...

..., anodes in lithium-ion batteries, nanoelectronics, biological probes, capacitors, etc. carbon nanotubes material combustion synthesis nanotube growth control carbon nanotubes chemically reactive flow combustion electrohydrodynamics flames nanotechnology reviews thermal diffusion...

... 2008 cooling diffusion evaporation flow through porous media heat transfer latent heat mass transfer membranes microfluidics micromechanical devices polymers supports microtruss architecture latent heat transfer mass transfer pore diffusion MEMS nanotechnology membrane...

... viscosity of the base fluid. microfluidics nanotechnology thermal conductivity 01 07 2007 24 09 2007 06 02 2008 2008 American Society of Mechanical Engineers ...

... cavitation nanotechnology 2006 American Society of Mechanical Engineers ...

... and coupling. 06 02 2006 21 07 2006 optical waveguide theory microcavities micro-optics optical couplers whispering gallery modes nanotechnology finite element analysis Helmholtz equations radiation energy transfer energy storage micro/nanoscale phenomena optical microcavities...

... their potential as an efficient near-field light source for materials processing at the nanoscale. 23 01 2006 16 06 2006 nanotechnology micro-optics alumina metallic thin films optical films near-field scanning optical microscopy light polarisation finite difference time-domain analysis...

... the femtosecond pulse train technology, even when the laser fluence is subject to fluctuations. The predicted trends are in agreement with published experimental data. 21 12 2005 02 05 2006 silicon compounds dielectric materials nanostructured materials nanotechnology laser ablation high...

... applied coil frequency through control of RF-ICP flows. Applied coil frequency can be a remarkably effective factor to control nanoparticle size distribution. 29 07 2004 03 06 2005 nanoparticles nanotechnology plasma materials processing numerical analysis discharges (electric...

... electron beam machining electron emission evaporation radiative transfer laser beam machining Monte Carlo methods nanotechnology 21 01 2003 12 05 2004 e-mail: vallance@gwu.edu e-mail: menguc@engr.uky.edu e-mail: btung01@engr.uky.edu 3 Schematic for the radiative...

...Li Shi,; Deyu Li; Choongho Yu; Wanyoung Jang; Dohyung Kim; Zhen Yao; Philip Kim; Arunava Majumdar 19 11 2003 thermoelectricity nanostructured materials heat transfer nanotechnology thermal conductivity Seebeck effect silicon compounds membranes electrical conductivity heat...

.... , Cagin , T. , and Goddard , W. A. , 2000 , “ Thermal Conductivity of Carbon Nanotubes ,” Nanotechnology , 11 , pp. 65 – 69 . Osman , M. , and Srivastava , D. , 2001 , “ Temperature Dependence of the Thermal Conductivity of Single-Wall Carbon Nanotubes ,” Nanotechnology , 12...

... Transfer Microscale Nanoscale electron field emission nanotechnology thermoelectric conversion 02 May 2001 05 November 2001 11 09 2002 Contributed by the Heat Transfer Division for publication in the JOURNAL OF HEAT TRANSFER . Manuscript received by the Heat Transfer...

...A. Majumdar; G. P. Peterson; D. Poulikakos heat transfer nanotechnology It is difficult to exactly define when research in micro/nanoscale heat transfer was initiated in the heat transfer community worldwide. There was no single paper that really started the field and there wasn’t any...