Linked from

The 116 pages that link to Semiconductor, each with the reason it gives.

• Willard BoyleNarrower topic: The CCD converts light into movable charge inside a semiconductor substrate.

• AllotropeRelated: Semiconducting carbon forms such as graphene invite comparison with other allotropes’ electrical behavior.

• Electronic componentNarrower topic: Semiconductor properties enable diodes, transistors, and many integrated circuits.

• Impurity (semiconductors)Narrower topic: Impurities alter the conductivity of this broader class of materials.

• Tin(IV) oxideNarrower topic: Tin dioxide's conductivity comes from its semiconductor electronic structure and defects.

• Aluminium phosphideNarrower topic: Aluminium phosphide is also studied as a compound semiconductor, beyond its fumigant use.

• Atomic batteryRelated: Semiconductor junctions turn absorbed radiation or light into electrical charge in direct-conversion designs.

• Band structure methodsRelated: Band gaps and band-edge states help predict its optical and electrical behavior.

• Charge (electricity)Related: Controlling mobile charge carriers makes semiconductor devices work.

• Electrical propertiesBroader topic: Semiconductors offer tunable conductivity for electronic devices.

• History of materials scienceRelated: Semiconductor research made materials control the basis of modern electronics.

• History of the transistorNarrower topic: Transistor action depends on controlling charge flow through semiconductor material.

• Inorganic chemicalsRelated: Inorganic silicon and compound semiconductors form the basis of many electronic devices.

• Magnesium sulfideNarrower topic: MgS is studied as a wide-band-gap semiconductor material.

• QuantumRelated: Quantized electronic energy bands determine how semiconductors absorb light and conduct electricity.

• Valence and conduction bandsBroader topic: Its modest band gap enables conductivity to be tuned by doping, heat, or light.