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- Quantum_concentration abstract "The quantum concentration nQ is the particle concentration (i.e. the number of particles per unit volume) of a system where the interparticle distance is equal to the thermal de Broglie wavelength.Quantum effects become appreciable when the particle concentration is greater than or equal to the quantum concentration, which is defined as:where:M is the mass of the particles in the systemk is the Boltzmann constantT is the temperature as measured in kelvinsis the reduced Planck constantAs the quantum concentration depends on temperature, high temperatures will put most systems in the classical limit unless they have a very high density e.g. a White dwarf.For an ideal gas the Sackur–Tetrode equation can be written in terms of the quantum concentration as".
- Quantum_concentration wikiPageID "9817744".
- Quantum_concentration wikiPageRevisionID "585442447".
- Quantum_concentration hasPhotoCollection Quantum_concentration.
- Quantum_concentration noFootnotes "February 2013".
- Quantum_concentration oneSource "February 2013".
- Quantum_concentration subject Category:Statistical_mechanics.
- Quantum_concentration comment "The quantum concentration nQ is the particle concentration (i.e.".
- Quantum_concentration label "Concentração quântica".
- Quantum_concentration label "Quantum concentration".
- Quantum_concentration sameAs Concentração_quântica.
- Quantum_concentration sameAs m.02pt37s.
- Quantum_concentration sameAs Q7269028.
- Quantum_concentration sameAs Q7269028.
- Quantum_concentration wasDerivedFrom Quantum_concentration?oldid=585442447.
- Quantum_concentration isPrimaryTopicOf Quantum_concentration.