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• Conduction_band abstract "The conduction band is the range of electron energies enough to free an electron from binding with its atom to move freely within the atomic lattice of the material as a 'delocalized electron'. Various materials may be classified by their band gap: this is defined as the difference between the valence and conduction bands. In non-conductors, commonly known as insulators, the conduction band is higher than that of the valence band, so it takes infeasibly high energies to delocalize their valence electrons. They are said to have a non-zero band gap. In semiconductors, the band gap is small. This explains why it takes a little energy (in the form of heat or light) to make semiconductors' electrons delocalize and conduct electricity, hence the name, semiconductor. In metals, the Fermi level is inside at least one band. These Fermi-level-crossing bands may be called conduction band, valence band, or something else depending on circumstance.Electrons within the conduction band are mobile charge carriers in solids, responsible for conduction of electric currents in metals and other good electrical conductors.The concept has wide applications in the solid-state physics field of semiconductors and insulators.".
• Conduction_band thumbnail Semiconductor_band_structure_(lots_of_bands).png?width=300.
• Conduction_band wikiPageExternalLink EW_ternary.phtml.
• Conduction_band wikiPageID "40944".
• Conduction_band wikiPageRevisionID "601480736".
• Conduction_band hasPhotoCollection Conduction_band.
• Conduction_band subject Category:Electronic_band_structures.
• Conduction_band type Artifact100021939.
• Conduction_band type ElectronicBandStructures.
• Conduction_band type Object100002684.
• Conduction_band type PhysicalEntity100001930.
• Conduction_band type Structure104341686.
• Conduction_band type Whole100003553.
• Conduction_band type YagoGeoEntity.
• Conduction_band type YagoPermanentlyLocatedEntity.
• Conduction_band comment "The conduction band is the range of electron energies enough to free an electron from binding with its atom to move freely within the atomic lattice of the material as a 'delocalized electron'. Various materials may be classified by their band gap: this is defined as the difference between the valence and conduction bands.".
• Conduction_band label "Banda de conducción".
• Conduction_band label "Banda di conduzione".
• Conduction_band label "Conduction band".
• Conduction_band label "Leitungsband".
• Conduction_band label "Зона проводимости".
• Conduction_band label "نطاق التوصيل".
• Conduction_band label "伝導帯".
• Conduction_band label "导带".
• Conduction_band sameAs Pásmo_vodivosti.
• Conduction_band sameAs Leitungsband.
• Conduction_band sameAs Banda_de_conducción.
• Conduction_band sameAs Banda_di_conduzione.
• Conduction_band sameAs 伝導帯.
• Conduction_band sameAs 전도띠.
• Conduction_band sameAs m.0b6rk.
• Conduction_band sameAs Q528769.
• Conduction_band sameAs Q528769.
• Conduction_band sameAs Conduction_band.
• Conduction_band wasDerivedFrom Conduction_band?oldid=601480736.
• Conduction_band depiction Semiconductor_band_structure_(lots_of_bands).png.
• Conduction_band isPrimaryTopicOf Conduction_band.