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The 29 pages that link to Thermal conduction, each with the reason it gives.

• Heat transferRelated: It transfers heat through contact and materials, including solids.

• Thermal equilibriumRelated: Conduction redistributes energy until connected regions reach the same temperature.

• Boundary value problemRelated: Fixed temperatures or heat fluxes at surfaces become boundary conditions for temperature equations.

• Heat equationBroader topic: The equation's original application predicts temperature evolution in conducting solids.

• Poisson's equationRelated: Steady temperature fields with internal heating can satisfy Poisson's equation.

• Countercurrent exchangeRelated: Heat crosses the thin barrier between adjacent blood vessels by conduction.

• Ram-pressure strippingRelated: Its efficiency affects whether stripped cold gas survives in the hot medium.

• Joule heatingRelated: Conduction carries heat away from the locations where resistance generates it.

• Hydrothermal circulationCompared with: It transfers heat through rock without the fluid motion central to circulation.

• Intracluster mediumRelated: It can redistribute heat through the plasma, though magnetic fields often suppress it.

• Microwave ovenRelated: After microwave energy is absorbed, conduction spreads heat into cooler regions.

• DeflagrationRelated: Conducted heat can raise unburned material to its ignition temperature.

• Joseph FourierRelated: Fourier made its changing temperature mathematically tractable.

• Pressure cookingRelated: Heat passes from hot steam and liquid into food, cooking its interior.

• Carryover cookingRelated: Heat stored in the hot exterior moves inward through the food by conduction.

• Thermal managementBroader topic: Conductive paths carry heat between components and heat spreaders.

• Diffusion equationRelated: In uniform materials, temperature evolution follows the heat form of the diffusion equation.

• Rayleigh–Bénard convectionCompared with: It is the competing transport mode before buoyant circulation sets in.

• Coronal heating problemRelated: Conduction redistributes heat along coronal magnetic loops and shapes their temperature profiles.

• PhotoevaporationCompared with: It can heat or evaporate material without requiring absorbed radiation as the heat source.

• GriddleRelated: A griddle cooks food through direct contact with its hot surface.

• Nonequilibrium thermodynamicsBroader topic: Fourier's law is a canonical flux-force relation in irreversible thermodynamics.

• OvenRelated: It carries heat from pans and baking surfaces into food.

• Caloric theoryRelated: Caloric theory pictured conduction as caloric passing through a body.

• Cryogenic coolingRelated: Thermal links determine how efficiently a cold stage removes heat from an instrument.

• OladyiRelated: Heat moves from the pan into the thick batter, cooking the center as well as the surface.

• Clothes ironNarrower topic: Heat passes from the soleplate into fabric chiefly through contact.

• KleptothermyRelated: Physical contact lets heat pass directly from a warmer organism to a cooler one.

• Stokes's law of sound attenuationRelated: Temperature gradients within a sound wave add absorption beyond Stokes's viscous contribution.