Linked from

The 47 pages that link to Rare-earth element, each with the reason it gives.

• PhosphorRelated: Rare-earth ions such as europium and terbium are common phosphor activators.

• FluoriteRelated: Trace rare-earth ions can contribute to fluorite’s color and luminescence.

• Phosphate rockRelated: Some phosphate rocks contain rare-earth elements that can be recovered as by-products.

• Phosphate miningRelated: Some phosphate deposits and processing residues contain rare earth elements whose recovery is being investigated.

• Fiber laserRelated: Rare-earth ions such as ytterbium and erbium provide the gain.

• Phosphate mineralRelated: Monazite and other phosphates can serve as sources of rare-earth elements.

• Gas mantleRelated: Rare-earth chemistry supplied oxides that improved mantle brightness and durability.

• Calcium sulfideRelated: Rare-earth dopants can alter the color and efficiency of calcium sulfide luminescence.

• Goldschmidt classificationRelated: Rare-earth patterns trace lithophile element behavior in rocks and planetary materials.

• Monazite geochronologyRelated: Their substitution patterns influence monazite chemistry and help identify growth domains.

• Period 6 elementRelated: Most rare-earth elements belong to period 6 and underpin magnets, optics, and electronics.

• AllaniteRelated: These elements occupy major cation sites in allanite’s structure.

• Rare-earth barium copper oxideRelated: The RE site is occupied by a rare-earth element, most often yttrium or a lanthanide.