High-performance heat sinking for VLSI

Keywords

Heat sink, Coolant, Thermal resistance, Laminar flow, Materials science

References

• Physical limits in digital electronicsRobert W. Keyes — 1975
• Anisotropic etching of siliconK.E. Bean — 1978
• Field Assisted Glass‐Metal SealingGeorge Wallis, D. Pomerantz — 1969
• Molten salts: Volume 4, part 2, chlorides and mixtures—electrical conductance, density, viscosity, and surface tension dataGeorge J. Janz, Gwen Llewellyn Gardner, Ursula Krebs — 1974
• Fundamental limits in digital information processingRobert W. Keyes — 1981
• Convective heat and mass transferW. M. Kays, J. H. Whitelaw — 1966
• Electron-beam lithography for small MOSFET'sR. K. Watts, Wolf Fïchtner, E.N. Fuls — 1981
• Electron beam lithography for small MOSFETsR. K. Watts, Wolf Fïchtner, E.N. Fuls — 1980

Cited by

• Energy-efficient switching of nanomagnets for computing: straintronics and other methodologiesEva Crespo Vega — 2018
• MEMS design : the geometry of silicon micromachiningTed Hubbard — 1994
• Gaseous Flow in Microconduits with Viscous DissipationBarbaros Çetin, H. Yüncü, S. Kakaç — 2006
• Experimental study on single phase flow and boiling heat transfer in microchannels at high flow ratesMehmed Rafet Özdemir — 2010
• Active Microfluidic Cooling of Integrated CircuitsCarlos Hidrovo, Kenneth E. Goodson — 2008
• Optimisations en électrotechnique par algorithmes génétiquesLucas Saludjian — 1997
• Thermal Performance Study of a Prototype Multiport Heat ExchangerShahram Fotowat — 2012
• CFD Analysis on Forced Convection Cooling of Electronic ChipsShakuntala Ojha — 2009
• The Thermal Characteristics Of Multilayer Minichannel Heat Sinks In Single-Phase And Two-Phase FlowLei Ning — 2006
• Caractérisation des propriétés thermo-physiques et d’échanges de chaleur des nanofluides à base de nanotubes de carboneSalma Halelfadl — 2014
• Thermo-hydrodynamics of single phase flow in microchannel with obstaclesBenedict I Rose — 2014
• Silicon MEMS Micro-Evaporator:Jiandong Hao — 2009
• Tokamak physics experiment: Diagnostic windows studyMichael A. Merrigan, G. A. Wurden — 1995
• EXPERIMENTAL INVESTIGATION OF HEAT TRANSFER AND PRESSURE DROP CHARACTERISTICS OF WATER AND GLYCOL-WATER MIXTURE IN MULTI-PORT SERPENTINE MICROCHANNEL SLAB HEAT EXCHANGERSMesbah-ul Ghani Khan — 2011
• Axial Conduction in a Partially Heated Microchannel Subjected to Isothermal Boundary ConditionRajeev R Prasad — 2014
• Simulation of the macroscopic heat transfer and flow behaviours in microchannel heat sinks using porous media approximationF. Y. Lim, Shahrir Abdullah, Ibrahim Ahmad — 2009
• Inherent benefits in microscale fractal-like devices for enhanced transport phenomenaDeborah V. Pence, Kent E. Enfield — 2004
• EXPERIMENTAL INVESTIGATION OF AUTOMATIC TRANSMISSION FLUID (ATF) IN AN AIR COOLED MINICHANNEL HEAT EXCHANGERAbdul Quaiyum — 2012
• Effects of Surface Topographies on Heat and Fluid FlowsH. V. Moradi — 2014
• Numerical Simulation of Micro-Channel Heat Sink with Dimpled SurfacesMarwan Marwan — 2012

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