Peierls transition

E136241

The Peierls transition is a phase transition in one-dimensional metals where a periodic lattice distortion opens an energy gap at the Fermi surface, turning the system from a metal into an insulator or semiconductor.

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All labels observed (2)

Label Occurrences
Peierls instability 3
Peierls transition canonical 2

Statements (47)

Predicate Object
instanceOf phase transition
solid-state physics phenomenon
associatedWith Brillouin zone
surface form: Brillouin zone folding

dimerization of the lattice
increase of lattice energy
lowering of electronic energy
causes opening of a band gap at the Fermi level
changesProperty electrical conductivity
electronic band structure
lattice periodicity
characterizedBy opening of an energy gap at the Fermi surface
periodic lattice distortion
drivenBy Fermi surface nesting
electron-phonon coupling
effectOnFermiSurface partial or complete gapping of the Fermi surface
energyGapType single-particle gap
leadsTo charge-density wave state
minimizes total free energy of the system
modeledBy mean-field theory
tight-binding models
namedAfter Rudolf Peierls
observedIn organic conductors
quasi-one-dimensional inorganic compounds
transition metal chalcogenides
occursBelow Peierls transition temperature
occursIn one-dimensional metals
quasi-one-dimensional conductors
orderParameter amplitude of the lattice distortion
charge-density modulation amplitude
relatedTo Jahn–Teller effect
surface form: Jahn-Teller effect

charge-density wave transition
spin-Peierls transition
requires partially filled one-dimensional band
strong one-dimensional character of the electronic structure
resultsIn metal-insulator transition
metal-semiconductor transition
stabilizedWhen electronic energy gain exceeds lattice distortion cost
studiedIn condensed matter physics
suppressedBy disorder
thermal fluctuations
three-dimensional coupling
symmetryChange translational symmetry breaking
temperatureAtWhichOccurs Peierls transition temperature T_P
temperatureDependent true
theoreticalBasis Peierls transition self-linksurface differs
surface form: Peierls instability

one-dimensional electron gas model
waveVector 2k_F

Referenced by (5)

Full triples — surface form annotated when it differs from this entity's canonical label.

Rudolf Peierls notableIdea Peierls transition
Rudolf Peierls notableIdea Peierls transition
this entity surface form: Peierls instability
Peierls notableConcept Peierls transition
subject surface form: Rudolf Peierls
Peierls notableConcept Peierls transition
subject surface form: Rudolf Peierls
this entity surface form: Peierls instability
Peierls transition theoreticalBasis Peierls transition self-linksurface differs
this entity surface form: Peierls instability