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- Relativistic_heat_conduction abstract "The theory of relativistic heat conduction (RHC) claims to be the only model for heat conduction (and similar diffusion processes) that is compatible with the theory of special relativity, the second law of thermodynamics, electrodynamics, and quantum mechanics, simultaneously. The main features of RHC are: It admits a finite speed of heat propagation, and allows for relativistic effects when heat flux transients approach that speed. It removes the possibility of paradoxical situations that may violate the second law of thermodynamics. It, implicitly, admits the wave–particle duality of the heat-carrying “phonon”.These outcomes are achieved by (1) upgrading the Fourier equation of heat conduction to the form of a Telegraph equation of electrodynamics, and (2) introducing a new definition of the heat flux vector. Consequently, RHC gives rise to a number of interesting phenomena, such as thermal resonance and thermal shock waves, which are possible during high-frequency pulsed laser heating of thermal insulators. The main appealing feature of the theory is its mathematical elegance and simplicity.".
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- Relativistic_heat_conduction wikiPageExternalLink science?_ob=ArticleURL&_udi=B6V3H-4FS23H2-4&_user=10&_rdoc=1&_fmt=&_orig=search&_sort=d&view=c&_acct=C000050221&_version=1&_urlVersion=0&_userid=10&md5=6b00cb524e176d7c1bc11e35b212fabb.
- Relativistic_heat_conduction wikiPageID "20916902".
- Relativistic_heat_conduction wikiPageRevisionID "605586191".
- Relativistic_heat_conduction hasPhotoCollection Relativistic_heat_conduction.
- Relativistic_heat_conduction subject Category:Concepts_in_physics.
- Relativistic_heat_conduction subject Category:Diffusion.
- Relativistic_heat_conduction subject Category:Heat_conduction.
- Relativistic_heat_conduction subject Category:Hyperbolic_partial_differential_equations.
- Relativistic_heat_conduction subject Category:Special_relativity.
- Relativistic_heat_conduction subject Category:Thermodynamics.
- Relativistic_heat_conduction subject Category:Transport_phenomena.
- Relativistic_heat_conduction type Abstraction100002137.
- Relativistic_heat_conduction type Cognition100023271.
- Relativistic_heat_conduction type Communication100033020.
- Relativistic_heat_conduction type Concept105835747.
- Relativistic_heat_conduction type Content105809192.
- Relativistic_heat_conduction type DifferentialEquation106670521.
- Relativistic_heat_conduction type Equation106669864.
- Relativistic_heat_conduction type FundamentalPhysicsConcepts.
- Relativistic_heat_conduction type HyperbolicPartialDifferentialEquations.
- Relativistic_heat_conduction type Idea105833840.
- Relativistic_heat_conduction type MathematicalStatement106732169.
- Relativistic_heat_conduction type Message106598915.
- Relativistic_heat_conduction type PartialDifferentialEquation106670866.
- Relativistic_heat_conduction type PsychologicalFeature100023100.
- Relativistic_heat_conduction type Statement106722453.
- Relativistic_heat_conduction comment "The theory of relativistic heat conduction (RHC) claims to be the only model for heat conduction (and similar diffusion processes) that is compatible with the theory of special relativity, the second law of thermodynamics, electrodynamics, and quantum mechanics, simultaneously. The main features of RHC are: It admits a finite speed of heat propagation, and allows for relativistic effects when heat flux transients approach that speed.".
- Relativistic_heat_conduction label "Condução de calor relativística".
- Relativistic_heat_conduction label "Relativistic heat conduction".
- Relativistic_heat_conduction sameAs Condução_de_calor_relativística.
- Relativistic_heat_conduction sameAs m.05b3glv.
- Relativistic_heat_conduction sameAs Q7310828.
- Relativistic_heat_conduction sameAs Q7310828.
- Relativistic_heat_conduction sameAs Relativistic_heat_conduction.
- Relativistic_heat_conduction wasDerivedFrom Relativistic_heat_conduction?oldid=605586191.
- Relativistic_heat_conduction isPrimaryTopicOf Relativistic_heat_conduction.