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Nesosilicates
Results: 691

#	Item
351	KYANITE By Michael J. Potter Kyanite, when heated at high temperatures, is converted to mullite. Mullite in refractories and ceramic bodies will increase the fired strength, resistance to deformation under load, Add to Reading List Source URL: minerals.usgs.gov Language: English - Date: 1996-08-08 11:07:55 Natural resources Kyanite Sillimanite Mullite Industrial mineral Andalusite Aluminium(I) oxide Nesosilicates Crystallography Chemistry
352 $Matter / Kyanite / Sillimanite / Aluminium silicate / Andalusite / Industrial Minerals / Mullite / Refractory / Nesosilicates / Crystallography / Chemistry$	KYANITE By Michael J. Potter Kyanite, andalusite, and sillimanite are anhydrous aluminum silicate minerals that have the same chemical formula, Al2O3·SiO2, but differ in crystal structure and physical properties. When c Add to Reading List Source URL: minerals.usgs.gov Language: English - Date: 1997-06-19 07:54:54 Matter Kyanite Sillimanite Aluminium silicate Andalusite Industrial Minerals Mullite Refractory Nesosilicates Crystallography Chemistry
353	64 GARNET, INDUSTRIAL1 (Data in metric tons of garnet, unless otherwise noted) Domestic Production and Use: Garnet for industrial use was mined in 2000 by five firms, three in New York, one in Montana, and one in Idaho. Add to Reading List Source URL: minerals.usgs.gov Language: English - Date: 2001-02-01 11:05:28 Crystallography Abrasives Gemstones Superhard materials Garnet Nesosilicates Emery Corundum Ruby Chemistry Matter Oxide minerals
354	GARNET, INDUSTRIAL By Ronald F. Balazik Domestic survey data and tables were prepared by Christine K. Pisut, statistical assistant. Like diamond and only a few other minerals, garnet is significant as a widely used indus Add to Reading List Source URL: minerals.usgs.gov Language: English - Date: 2000-10-23 07:09:54 Natural resources Abrasives Garnet Nesosilicates Metamorphic rocks Abrasive blasting Abrasive Almandine Pyrope Gemstones Crystallography Chemistry
355	KYANITE By Michael J. Potter The refractories industry continued to be a major end use for kyanite, mullite, and synthetic mullite. For the refractories industry in general, there continued to be over capacity. Iron and Add to Reading List Source URL: minerals.usgs.gov Language: English - Date: 1997-03-24 14:14:21 Chemistry Kyanite Sillimanite Andalusite Mullite Industrial Minerals Nesosilicates Crystallography Natural resources
356	GARNET, INDUSTRIAL By Ronald F. Balazik Garnet, which has several industrial uses, is a category of complex silicate minerals with similar crystalline structures and a wide variety of chemical compositions. The general c Add to Reading List Source URL: minerals.usgs.gov Language: English - Date: 2000-01-31 09:57:05 Abrasives Garnet Nesosilicates Economic geology Abrasive blasting Abrasive Industrial mineral Pyrope Sand Chemistry Matter Gemstones
357	94 KYANITE AND RELATED MINERALS (Data in thousand metric tons, unless otherwise noted) Domestic Production and Use: One firm in Virginia, with integrated mining and processing operations, produced kyanite from hard-rock Add to Reading List Source URL: minerals.usgs.gov Language: English - Date: 2000-03-06 11:48:28 Kyanite Sillimanite Andalusite Mullite Schist Nesosilicates Crystallography Natural resources
358 $Natural resources / Kyanite / Sillimanite / Aluminosilicate / Mullite / Refractory / Andalusite / Industrial Minerals / Aluminium(I) oxide / Nesosilicates / Chemistry / Crystallography$	KYANITE AND RELATED MATERIALS By Michael J. Potter Domestic survey data and tables were prepared by John G. Durand, statistical assistant, and the world production table was prepared by Ronald L. Hatch, lead internationa Add to Reading List Source URL: minerals.usgs.gov Language: English - Date: 2002-05-07 07:13:46 Natural resources Kyanite Sillimanite Aluminosilicate Mullite Refractory Andalusite Industrial Minerals Aluminium(I) oxide Nesosilicates Chemistry Crystallography
359	62 GARNET, INDUSTRIAL1 (Data in metric tons of garnet, unless noted) Domestic Production and Use: Garnet was produced in 1995 by five firms, four in New York and one in Idaho. Output of refined material was valued at $1 Add to Reading List Source URL: minerals.usgs.gov Language: English - Date: 2004-03-24 10:37:28 Manufacturing Oxide minerals Gemstones Garnet Nesosilicates Mineralogy Pegmatite Corundum Boron Chemistry Matter Abrasives
360	64 GARNET (INDUSTRIAL)1 (Data in metric tons of garnet unless otherwise noted) Domestic Production and Use: Garnet for industrial use was mined in 2006 by four firms, one in Idaho, one in Montana, and two in New York. T Add to Reading List Source URL: minerals.usgs.gov Language: English - Date: 2007-01-17 13:32:41 Manufacturing Oxide minerals Garnet Gemstones Nesosilicates Economic geology Corundum Emery Aluminium Chemistry Abrasives Matter

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