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...bes the rate at which [[heat]] is transported through a single [[Ballistic conduction|ballistic]] [[phonon]] channel with temperature <math>T</math>. ...cryogenic (~20 mK) <ref name=Jezouin>{{cite journal|title=Quantum Limit of Heat Flow Across a Single Electronic Channel|journal=Science|year=2013|first=S. ...

...se and the heat-sink; and the heat-sink and the ambient (this includes the heat-sinks temp/watt rating - with lower values implying better cooling characte ...cause the softened dielectric (e.g., a polymer) is softened further by the heat, and its breakdown field strength is reduced. Derating curves are included ...

...is used to uniquely categorize certain [[fundamental solution]]s of the [[heat equation]] to make existing solutions easier to identify, store, and retrie ...st1=G. |title=A general modal-based numerical simulation of transient heat conduction in a one-dimensional homogeneous slab |journal=Energy and Buildings |date=D ...

{{Short description|The study of heat conduction between solid bodies in thermal contact}} ...property indicating the [[thermal conductivity]], or ability to conduct [[heat]], between two bodies in contact. The inverse of this property is termed '' ...

...Sons, New York, 1994). {{ISBN|0-471-58551-3}}</ref> For the case of the conduction electrons being the dominant loss, then ...

...last1=Carslaw |first1=H.S. |last2=Jaeger |first2=J.C. |title=Conduction of Heat in Solids |publisher=Clarendon Press, Oxford |year=1959 |isbn=978-0-19-8533 ...te rigid body where heat transfer is dominated by the diffusive process of conduction only. ...

# [[Heat]]: Energy produced by heating the junction where two unlike metals are join == Heat == ...

{{short description|Process by which heat is transferred within an object}} {{other uses|Conduction (disambiguation)}} ...

...material]]'s inherent [[dissipation]] of [[electromagnetic energy]] (e.g. heat).<ref>{{Cite web |title=Maxwell’s Equations |url=https://www.ece.rutgers.ed ...gy loss that is indistinguishable from the loss due to the ''free'' charge conduction that is quantified by {{mvar|σ}}. The component {{mvar|ε′}}represents the ...

{{for|volumetric heats of particular substances|Table of specific heat capacities}} ...emperature]]. The [[International System of Units|SI]] unit of volumetric heat capacity is joule per kelvin per [[cubic meter]], J⋅K⁻¹⋅m<sup>−3 ...

...Maximum reverse standoff voltage]]: the voltage below which no significant conduction occurs. * [[Breakdown voltage]]: the voltage at which some specified and significant conduction occurs. ...

{{Short description|Rate at which heat spreads throughout a material}} ...sworth|first1=J.|last2=Duarte|first2=F. J.|author2-link=F. J. Duarte|title=Heat diffusion in a solid sphere and Fourier Theory|journal=Am. J. Phys.|pages=8 ...

...[[inductor]] that creates an [[electromagnetic field]] within the coil to heat up and possibly melt steel, copper, brass, graphite, gold, silver, aluminum ...an issue. Induction heating is used in many industrial processes, such as heat treatment in [[metallurgy]], [[Czochralski process|Czochralski crystal grow ...

...ment of a thermal equilibrium in a [[closed system]] over time through a [[heat flow]] that levels out temperature differences]] ...ermal energy between them when they are connected by a path permeable to [[heat]]. Thermal equilibrium obeys the [[zeroth law of thermodynamics]]. A system ...

|[[Heat]] |[[Heat capacity]] ...

{{Short description|Electrochemical device to convert heat}} ...ency Thermoelectric Conversion with Beta″-Alumina Electrolytes, The Sodium Heat Engine", Solid State Ionics 5, 263–266 (1981).</ref> It is characterized by ...

*[[Electrical conduction]] &mdash; The movement of electrically charged particles through transmissi *[[Induction heating]] — Heat produced in a conductor when [[Eddy current|eddy currents]] pass through it ...

...nt between terminals contains both conduction and displacement components. Conduction current is related to moving charge carriers (electrons, holes, ions, etc.) ...kaging for their ability to convert [[microwave|microwave radiation]] into heat.<ref>{{cite journal |last1=Labuza |first1=T. |last2=Meister |first2=J. |tit ...

{{redirect|Heat dissipation|passive heat dissipation in buildings|passive cooling}} ...ection Heat Sink v4.gif|thumb|right|360px|60×60×10&nbsp;mm straight-finned heat sink with a thermal profile and swirling animated forced convection flow tr ...

{{Short description|Device that converts electricity into heat}} ...ef=841-23-14 |access-date=2023-12-27 |website=www.electropedia.org}}</ref> Heat is generated by the passage of [[electric current]] through a [[resistor]] ...