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| :''"...all the signs suggest that the main principles of thermodynamics from the classical theory will not only rule unchallenged but will more probably become correspondingly extended."''
| | *[[Zeroth law of thermodynamics]] |
| :[[Max Karl Ernst Ludwig Planck | Max Planck]] "The Genesis and Present State of Development of the Quantum Theory" [http://nobelprize.org/nobel_prizes/physics/laureates/1918/planck-lecture.html Nobel Lecture, June 2, 1920]
| | *[[First law of thermodynamics]] |
| | | *[[Second law of thermodynamics]] |
| :''"...the deep impression that classical thermodynamics made upon me. It is the only physical theory of universal content concerning which I am convinced that, within the framework of the applicability of its basic concepts, it will never be overthrown."''
| | *[[Enthalpy]] |
| :[[Albert Einstein]] "Autobiographical Notes"
| | *[[Boltzmann constant]] |
| {{columns-list|3|
| | *[[Helmholtz energy function]] |
| ==B==
| | *[[Gibbs energy function]] |
| *[[Boyle's law]] | | *[[Thermodynamic relations]] |
| *[[Boyle temperature]] | |
| *[[Bridgman thermodynamic formulas]] | |
| ==C==
| |
| *[[Capillary waves]] | |
| *[[Carnot cycle]] | |
| *[[Charles's law]] | |
| *[[Chemical potential]] | | *[[Chemical potential]] |
| *[[Clausius-Clapeyron relation]]
| |
| *[[Clausius theorem]]
| |
| *[[Compressibility]] | | *[[Compressibility]] |
| *[[Compressibility factor]] | | *[[Compressibility factor]] |
| *[[Critical points]]
| |
| ==D==
| |
| *[[Dalton's law]]
| |
| *[[Duhem-Margules equation]]
| |
| ==E==
| |
| *[[Energy equation]]
| |
| *[[Enthalpy]]
| |
| *[[Entropy]]
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| *[[Extensive properties]]
| |
| ==F==
| |
| *[[First law of thermodynamics]]
| |
| ==G==
| |
| *[[Gay-Lussac's law]]
| |
| *[[Gibbs-Duhem relation]] | | *[[Gibbs-Duhem relation]] |
| *[[Gibbs-Helmholtz equations]]
| |
| *[[Gibbs energy function]]
| |
| *[[Gibbs phase rule]]
| |
| *[[Griffiths phase rule]]
| |
| ==H==
| |
| *[[Heat]]
| |
| *[[Heat capacity]]
| |
| *[[Helmholtz energy function]]
| |
| *[[Henry's law]]
| |
| ==I==
| |
| *[[Intensive properties]]
| |
| *[[Internal energy]]
| |
| ==J==
| |
| *[[Joule-Thomson effect]]
| |
| ==L==
| |
| *[[Latent heat]]
| |
| *[[Law of corresponding states]]
| |
| *[[Le Chatelier's principle]]
| |
| ==M==
| |
| *[[Maxwell's relations]]
| |
| *[[Melting curve]]
| |
| *[[Mpemba effect]]
| |
| ==P==
| |
| *[[Pressure]]
| |
| ==R==
| |
| *[[Rankine cycle]]
| |
| *[[Raoult's law]]
| |
| ==S==
| |
| *[[Second law of thermodynamics]]
| |
| *[[Speed of sound]]
| |
| *[[Stirling cycle]]
| |
| ==T==
| |
| *[[Temperature]]
| |
| *[[Thermal conductivity]]
| |
| *[[Thermal expansion coefficient]]
| |
| *[[Thermodynamic integration]] | | *[[Thermodynamic integration]] |
| *[[Thermodynamic potential]] | | *[[Carnot cycle]] |
| *[[Thermodynamic relations]]
| |
| *[[Third law of thermodynamics]]
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| *[[Triple point]]
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| ==V==
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| *[[Vapour pressure]]
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| ==W==
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| *[[Work]]
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| ==Z==
| |
| *[[Zeno line]]
| |
| *[[Zeroth law of thermodynamics]]
| |
| }}
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| [[category: Classical thermodynamics]]
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| __NOTOC__
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