Linked from

The 18 pages that link to Phosphor, each with the reason it gives.

• Rare-earth elementRelated: Europium and terbium compounds provide characteristic colors in many phosphors.

• Cathode-ray tubeRelated: The screen’s phosphor glows where the electron beam strikes.

• LanthanideRelated: Europium and terbium ions provide efficient, color-specific emission in many phosphors.

• PhotoluminescenceRelated: Phosphors convert absorbed optical or other excitation energy into visible emission.

• YttriumNarrower topic: Yttrium compounds host phosphors that produce red light in displays and lamps.

• Fluorescent lampRelated: The tube’s phosphor coating converts mercury’s ultraviolet output into visible light.

• Zinc sulfideNarrower topic: ZnS is a classic host material for phosphors.

• Neon lightingRelated: Phosphor coatings convert ultraviolet emissions inside some gas-filled tubes into visible colors.

• Plasma displayRelated: Red, green, and blue phosphors convert cell ultraviolet into the visible image.

• Solid-state lightingRelated: Phosphors convert some LED output into other colors, commonly to make white light.

• White LEDRelated: The phosphor composition sets much of a white LED's spectrum and color rendering.

• LuminescenceRelated: Phosphors turned luminescence into a technology for displays and lighting.

• Shuji NakamuraRelated: A phosphor converts some blue LED output into other colors to produce white light.

• Hiroshi AmanoRelated: Many white LEDs convert blue light into broader-spectrum white light with phosphors.

• Calcium sulfideNarrower topic: Doped calcium sulfide has served as a host material for luminescent phosphors.

• Barium sulfideNarrower topic: Doped BaS can function as a phosphor in luminescent applications.

• Kenjiro TakayanagiRelated: The receiver’s phosphor screen glowed where the electron beam struck it.

• Group 3 elementRelated: Yttrium compounds serve as hosts for phosphors in displays and lamps.