Nernst unattainability principle

E700592

The Nernst unattainability principle is a formulation of the third law of thermodynamics stating that it is impossible to reach absolute zero temperature in a finite number of physical processes.

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Statements (31)

Predicate Object
instanceOf formulation of the third law of thermodynamics
thermodynamic principle
appliesTo irreversible processes
macroscopic thermodynamic systems
reversible processes
assumes validity of classical thermodynamics near absolute zero
concerns absolute zero temperature
low-temperature thermodynamics
constrains design of cryogenic systems
design of refrigeration cycles
hasAlternativeName unattainability formulation of the third law
unattainability principle NERFINISHED
hasConsequence cooling rate must go to zero as temperature approaches absolute zero
infinite number of steps would be required to reach absolute zero
infinite time would be required to reach absolute zero
implies absolute zero temperature is unattainable in practice
influenced development of low-temperature physics
formulation of quantum statistical mechanics at low temperatures
isPartOf third law of thermodynamics NERFINISHED
isRelatedTo Nernst heat theorem NERFINISHED
cooling processes
cryogenics
entropy at absolute zero
motivated experimental investigations of low-temperature behavior of matter
namedAfter Walther Nernst NERFINISHED
relatesTo third law of thermodynamics NERFINISHED
states it is impossible to reach absolute zero temperature in a finite number of processes
no finite sequence of thermodynamic operations can reduce a system’s temperature to absolute zero
supports stability of the third law of thermodynamics
usedIn analysis of low-temperature limits of physical processes
thermodynamic proofs of the third law

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third law of thermodynamics relatedTo Nernst unattainability principle