Transcription of Rare-Earth Elements - USGS
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Rare-Earth Elements - USGS
Rare-Earth ElementsChapter O ofCritical Mineral Resources of the United States Economic and Environmental Geology and Prospects for Future Department of the Geological SurveyProfessional Paper 1802 O8A1A2A3B4B5B6B7B8B11B12B3A4A5A6A7 Aelement names in blue are liquids at room temperatureelement names in red are gases at room temperatureelement names in black are solids at room (98) (209)(210)(222) (223)(226)(265)(268)(271)(270)(277)(276) (281)(280)(285) (145) (227)231238(237)(244)(243)(247)(247)(251 )(252)(257)(258)(259)(262) (289)(288)(284)(293)(294)(294)hydrogenba riumfranciumradiumstrontiumsodiumvanadiu mberylliumlithiummagnesiumpotassiumcalci umrubidiumcesiumheliumboroncarbonnitroge noxygenfluorineneonaluminumsiliconphosph orussulfurchlorineargonscandiumtitaniumc hromiummanganeseironcobaltnickelcopperzi ncgalliumgermaniumarsenicseleniumbromine kryptonyttriumzirconiumniobiummolybdenum technetiumrutheniumrhodiumpalladiumsilve rcadmiumindiumtinantimonytellurium iodinexenonhafniumceriumpraseodymiumneod ymiumpromethiumsamariumeuropium gadoliniumterbium dysprosiumholmiumerbiumthuliumytterbiuml utetiumtantalumtungstenrheniumosmiumirid iumplatinumgoldmercurythalliumleadbismut hpoloniumastatineradonthoriumlanthanumac tiniumprotactinium uraniumneptuniumplutoniumamericiumcurium berkeliumcaliforniumei
The Mountain Pass Mine, San Bernardino County, California, was the only active producer of rare-earth elements (REEs) in the United States in 2013. The orebody is a tabular carbonatite intrusion and is thought to be the largest REE resource in the United States.
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