Linked from

The 60 pages that link to Band gap, each with the reason it gives.

• Herbert KroemerRelated: Different band gaps let heterostructures confine carriers and shape their energies.

• OptoelectronicsRelated: Its size helps determine which photon energies a semiconductor can emit or absorb.

• Caesium iodideRelated: CsI’s wide electronic gap contributes to its transparency across much of the visible and infrared.

• Impurity (semiconductors)Related: Shallow impurity levels lie close to a band edge across this gap.

• Tin(IV) oxideRelated: Its wide band gap lets tin dioxide transmit visible light while absorbing higher-energy radiation.

• Band structure methodsRelated: Its size and location are among the most consequential outputs of a band calculation.

• Disodium helideRelated: Calculations predict an insulating electronic structure for Na₂He despite its metallic ingredients.

• Magnesium sulfideRelated: Its wide band gap shapes the optical and electronic behavior investigated for MgS.

• Metallization pressureRelated: Closing this gap is one route by which compression produces metallic conduction.

• Valence and conduction bandsRelated: Its size determines how readily electrons can reach conducting states.