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Magnesia
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#	Item
61 $Magnesium / Magnesite / Brucite / Magnesia / Periclase / Refractory / Evaporite / Chemistry / Matter / Magnesium compounds$	98 MAGNESIUM COMPOUNDS1 (Data in thousand metric tons of magnesium content, unless otherwise noted) Domestic Production and Use: Seawater and natural brines accounted for about 63% of U.S. magnesium compounds production Add to Reading List Source URL: minerals.usgs.gov Language: English - Date: 2001-02-01 13:06:15 Magnesium Magnesite Brucite Magnesia Periclase Refractory Evaporite Chemistry Matter Magnesium compounds
62 $Antacids / Magnesium / Magnesite / Magnesia / Refractory / Brucite / Periclase / Evaporite / Chemistry / Matter / Magnesium compounds$	Mineral Commodity Summaries[removed]Magnesium compounds Add to Reading List Source URL: minerals.usgs.gov Language: English - Date: 2002-02-14 10:55:21 Antacids Magnesium Magnesite Magnesia Refractory Brucite Periclase Evaporite Chemistry Matter Magnesium compounds
63 $Chemical elements / Reducing agents / Antacids / Carbonate minerals / Magnesium / Magnesite / Magnesia / Periclase / Refractory / Chemistry / Matter / Magnesium compounds$	102 MAGNESIUM COMPOUNDS1 (Data in thousand metric tons of magnesium content, unless otherwise noted) Domestic Production and Use: Seawater and natural brines accounted for about 60% of U.S. magnesium compounds productio Add to Reading List Source URL: minerals.usgs.gov Language: English - Date: 2003-02-11 11:24:42 Chemical elements Reducing agents Antacids Carbonate minerals Magnesium Magnesite Magnesia Periclase Refractory Chemistry Matter Magnesium compounds
64 $Chemical elements / Reducing agents / Antacids / Magnesium / Magnesite / Magnesia / Refractory / Periclase / Brucite / Chemistry / Matter / Magnesium compounds$	100 MAGNESIUM COMPOUNDS1 (Data in thousand metric tons of magnesium content, unless otherwise noted) Domestic Production and Use: Seawater and natural brines accounted for about 68% of U.S. magnesium compounds productio Add to Reading List Source URL: minerals.usgs.gov Language: English - Date: 1997-03-06 09:33:06 Chemical elements Reducing agents Antacids Magnesium Magnesite Magnesia Refractory Periclase Brucite Chemistry Matter Magnesium compounds
65 $Antacids / Magnesium / Magnesite / Magnesia / Brucite / Periclase / Refractory / Evaporite / Chemistry / Matter / Magnesium compounds$	100 MAGNESIUM COMPOUNDS1 (Data in thousand metric tons of magnesium content, unless otherwise noted) Domestic Production and Use: Seawater and natural brines accounted for about 74% of U.S. magnesium compounds productio Add to Reading List Source URL: minerals.usgs.gov Language: English - Date: 2000-10-31 08:06:15 Antacids Magnesium Magnesite Magnesia Brucite Periclase Refractory Evaporite Chemistry Matter Magnesium compounds
66 $Magnesium / Chemical elements / Reducing agents / Antacids / Magnesite / Refractory / Brucite / Potash / Magnesia / Chemistry / Matter / Magnesium compounds$	MAGNESIUM COMPOUNDS By Deborah A. Kramer Domestic survey data and tables were prepared by Jesse J. Inestroza, statistical assistant, and the world production table was prepared by Glenn J. Wallace, international data coo Add to Reading List Source URL: minerals.usgs.gov Language: English - Date: 2002-05-07 07:03:18 Magnesium Chemical elements Reducing agents Antacids Magnesite Refractory Brucite Potash Magnesia Chemistry Matter Magnesium compounds
67 $Magnesium / Chemical elements / Reducing agents / Antacids / Magnesite / Magnesia / Aluminium / Refractory / Hydroxide / Chemistry / Matter / Magnesium compounds$	MAGNESIUM COMPOUNDS By Deborah A. Kramer Domestic production of magnesium compounds from all sources declined by 10% from that of 1993, but apparent consumption remained about the same. Add to Reading List Source URL: minerals.usgs.gov Language: English - Date: 1996-08-20 09:40:25 Magnesium Chemical elements Reducing agents Antacids Magnesite Magnesia Aluminium Refractory Hydroxide Chemistry Matter Magnesium compounds
68 $Magnesium / Chemical elements / Reducing agents / Antacids / Magnesite / Refractory / Magnesia / Aluminium / Mineral / Chemistry / Matter / Magnesium compounds$	MAGNESIUM COMPOUNDS By Deborah A. Kramer U.S. magnesia production from all sources (seawater, brines, magnesite, olivine, and dolomite) increased about 4% in 1995, but apparent demand increased by about 8%. Production of Add to Reading List Source URL: minerals.usgs.gov Language: English - Date: 1996-09-17 13:31:43 Magnesium Chemical elements Reducing agents Antacids Magnesite Refractory Magnesia Aluminium Mineral Chemistry Matter Magnesium compounds
69 $Magnesium / Chemical elements / Reducing agents / Antacids / Magnesite / Magnesia / Refractory / Talc / Aluminium / Chemistry / Matter / Magnesium compounds$	MAGNESIUM COMPOUNDS By Deborah A. Kramer Increased use of magnesia in water treatment applications and reduced imports of dead-burned magnesia from China were primarily responsible for the overall increase in U.S. produc Add to Reading List Source URL: minerals.usgs.gov Language: English - Date: 1997-06-19 07:56:02 Magnesium Chemical elements Reducing agents Antacids Magnesite Magnesia Refractory Talc Aluminium Chemistry Matter Magnesium compounds
70 $Magnesium / Chemical elements / Reducing agents / Antacids / Magnesite / Refractory / Magnesia / Brucite / Dead Sea / Chemistry / Matter / Magnesium compounds$	MAGNESIUM COMPOUNDS By Deborah A. Kramer In 1997, domestic production of caustic-calcined magnesia increased slightly, and dead-burned magnesia production increased by 5% from 1996 levels. Environmental applications (wat Add to Reading List Source URL: minerals.usgs.gov Language: English - Date: 2000-01-31 10:11:46 Magnesium Chemical elements Reducing agents Antacids Magnesite Refractory Magnesia Brucite Dead Sea Chemistry Matter Magnesium compounds

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