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Natural convection of nano-fluidsPUTRA, Nandy; ROETZEL, Wilfried; DAS, Sarit K et al.Heat and mass transfer. 2003, Vol 39, Num 8-9, pp 775-784, issn 0947-7411, 10 p.Article

Thermal properties of ultra-thin copper nanobridgesJEONG WON KANG; HO JUNG HWANG.Nanotechnology (Bristol. Print). 2002, Vol 13, Num 4, pp 503-509, issn 0957-4484, 7 p.Article

Thermal behavior of BaTiO3 particles synthesized by plasma chemical vapor depositionNAKANO, Hiromi; SUZUKI, Keigo; KIZIMA, Kazunori et al.Journal of the American Ceramic Society. 2006, Vol 89, Num 4, pp 1461-1464, issn 0002-7820, 4 p.Article

Computational analysis of the lattice contribution to thermal conductivity of single-walled carbon nanotubesGRUJICIC, M; CAO, G; ROY, Walter N et al.Journal of materials science. 2005, Vol 40, Num 8, pp 1943-1952, issn 0022-2461, 10 p.Article

Heat transfer between two nanoparticles through near field interactionDOMINGUES, Gilberto; VOLZ, Sebastian; JOULAIN, Karl et al.Physical review letters. 2005, Vol 94, Num 8, pp 085901.1-085901.4, issn 0031-9007Article

Thermal properties of carbon nanotubesLASJAUNIAS, Jean-Claude.Comptes rendus. Physique. 2003, Vol 4, Num 9, pp 1047-1054, issn 1631-0705, 8 p.Article

A quantum mechanical study of the stability of SnO2 nanocrystalline grainsMAZZONE, A. M.Journal of physics. Condensed matter (Print). 2002, Vol 14, Num 48, pp 12819-12824, issn 0953-8984, 6 p.Conference Paper

Specific heat of single-walled carbon nanotubes: A lattice dynamics studyCAO, J. X; YAN, X. H; XIAO, Y et al.Journal of the Physical Society of Japan. 2003, Vol 72, Num 9, pp 2256-2259, issn 0031-9015, 4 p.Article

Quantum thermal contraction of Au nanoparticlesLI, W.-H; WU, S. Y; YANG, C. C et al.Synthetic metals. 2003, Vol 135-36, pp 811-812, issn 0379-6779, 2 p.Conference Paper

Mechanisms of heat flow in suspensions of nano-sized particles (nanofluids)KEBLINSKI, P; PHILLPOT, S. R; CHOI, S. U. S et al.International journal of heat and mass transfer. 2002, Vol 45, Num 4, pp 855-863, issn 0017-9310Article

A fractal model for predicting the effective thermal conductivity of liquid with suspension of nanoparticlesWANG, Bu-Xuan; ZHOU, Le-Ping; PENG, Xiao-Feng et al.International journal of heat and mass transfer. 2003, Vol 46, Num 14, pp 2665-2672, issn 0017-9310, 8 p.Article

Melting and solidification of Sn-clustersLAVCEVIC, M. Lucic; OGORELEC, Z.Materials letters (General ed.). 2003, Vol 57, Num 26-27, pp 4134-4139, issn 0167-577X, 6 p.Article

Magnetic field effect on nanoparticles migration and heat transfer of water/alumina nanofluid in a channelMALVANDI, A; GANJI, D. D.Journal of magnetism and magnetic materials. 2014, Vol 362, pp 172-179, issn 0304-8853, 8 p.Article

Ultrabroadband Photonic Structures To Achieve High-Performance Daytime Radiative CoolingREPHAELI, Eden; RAMAN, Aaswath; SHANHUI FAN et al.Nano letters (Print). 2013, Vol 13, Num 4, pp 1457-1461, issn 1530-6984, 5 p.Article

Flash Ignition of Freestanding Porous Silicon Films: Effects of Film Thickness and PorosityOHKURA, Yuma; WEISSE, Jeffrey M; LILI CAI et al.Nano letters (Print). 2013, Vol 13, Num 11, pp 5528-5533, issn 1530-6984, 6 p.Article

Transient Thermal Impedance Measurements on Low-Temperature-Sintered Nanoscale Silver JointsYUNHUI MEI; TAO WANG; XIAO CAO et al.Journal of electronic materials. 2012, Vol 41, Num 11, pp 3152-3160, issn 0361-5235, 9 p.Article

Thermal conductivity of non-Newtonian nanofluids: Experimental data and modeling using neural networkHOJJAT, M; ETEMAD, S. Gh; BAGHERI, R et al.International journal of heat and mass transfer. 2011, Vol 54, Num 5-6, pp 1017-1023, issn 0017-9310, 7 p.Article

CuS/Cu2S nanofluids: Synthesis and thermal conductivityXIAOHAO WEI; TIANTIAN KONG; HAITAO ZHU et al.International journal of heat and mass transfer. 2010, Vol 53, Num 9-10, pp 1841-1843, issn 0017-9310, 3 p.Article

The Classical Nature of Thermal Conduction in NanofluidsEAPEN, Jacob; RUSCONI, Roberto; PIAZZA, Roberto et al.Journal of heat transfer. 2010, Vol 132, Num 10, issn 0022-1481, 102402.1-102402.14Article

Experimental Study of Heat Conduction in Aqueous Suspensions of Aluminum Oxide NanoparticlesSUNGTAEK JU, Y; KIM, Jichul; HUNG, Ming-Tsung et al.Journal of heat transfer. 2008, Vol 130, Num 9, issn 0022-1481, 092403.1-092403.6Article

Numerical study of phonon radiative transfer in porous nanostructuresLI, Sheng-Yen; CHU, Hsin-Sen; YAN, Wei-Mon et al.International journal of heat and mass transfer. 2008, Vol 51, Num 15-16, pp 3924-3931, issn 0017-9310, 8 p.Article

Thermal rectifiers from deformed carbon nanohornsGANG WU; BAOWEN LI.Journal of physics. Condensed matter (Print). 2008, Vol 20, Num 17, issn 0953-8984, 175211.1-175211.4Article

Size effect on thermodynamic properties of free nanocrystalsKARASEVSKII, A. I; LUBASHENKO, V. V.The European physical journal. B, Condensed matter physics (Print). 2008, Vol 66, Num 3, pp 375-383, issn 1434-6028, 9 p.Article

A note on heat transfer modelling of Newtonian nanofluids in laminar free convectionPOLIDORI, G; FOHANNO, S; NGUYEN, C. T et al.International journal of thermal sciences. 2007, Vol 46, Num 8, pp 739-744, issn 1290-0729, 6 p.Article

Buoyancy-driven heat transfer of water-based Al2O3 nanofluids in a rectangular cavityKYO SIK HWANG; LEE, Ji-Hwan; SEOK PIL JANG et al.International journal of heat and mass transfer. 2007, Vol 50, Num 19-20, pp 4003-4010, issn 0017-9310, 8 p.Article

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