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Tetrahedral sites - PowerPoint PPT Presentation

Advanced Vitreous State: The Structure of Glass

Advanced Vitreous State: The Structure of Glass

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1.54k views • 46 slides
Important Non-Silicates

Important Non-Silicates

Important Non-Silicates. Hematite-Corundum. Ilmenite FeTiO 3 is similar. Halite and Galena. Pyrite. Diamond. Diamond. Sphalerite. Chalcopyrite. Halite and Calcite. Calcite. Fluorite. Uraninite UO 2 is isostructural. Goethite. Goethite. Goethite. Lepidocrocite. Lepidocrocite.

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603 views • 30 slides
Important Non-Silicates

Important Non-Silicates

Important Non-Silicates. Hematite-Corundum. Ilmenite FeTiO 3 is similar. Halite and Galena. Pyrite. Diamond. Diamond. Sphalerite. Chalcopyrite. Halite and Calcite. Calcite. Fluorite. Uraninite UO 2 is isostructural. Goethite. Goethite. Goethite. Lepidocrocite. Lepidocrocite.

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486 views • 30 slides
Important Non-Silicates

Important Non-Silicates

Important Non-Silicates. Hematite-Corundum. Ilmenite FeTiO 3 is similar. Halite and Galena. Pyrite. Diamond. Diamond. Sphalerite. Chalcopyrite. Halite and Calcite. Calcite. Fluorite. Uraninite UO 2 is isostructural. Goethite. Goethite. Goethite. Lepidocrocite. Lepidocrocite.

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391 views • 30 slides
Bridging oxygen

Bridging oxygen

Bridging oxygen. Apical oxygen. Non-bridging oxygen. Ca 2 Si 2 O 6. Fe 2 Si 2 O 6. Mg 2 Si 2 O 6. Ca. Mg. Fe. Quad Pyroxenes. Ca. Mg. Fe. Quad Pyroxenes. Ca. Pyroxenoids. Mg. Fe. Wollastonite. Ca. Mg. Fe. Enstatite. Ferrosilite. Ca. Diopside. Hedenburgite. Mg. Fe.

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436 views • 28 slides
Bridging oxygen

Bridging oxygen

Bridging oxygen. Apical oxygen. Non-bridging oxygen. Ca 2 Si 2 O 6. Fe 2 Si 2 O 6. Mg 2 Si 2 O 6. Ca. Mg. Fe. Quad Pyroxenes. Ca. Mg. Fe. Quad Pyroxenes. Ca. Pyroxenoids. Mg. Fe. Wollastonite. Ca. Mg. Fe. Enstatite. Ferrosilite. Ca. Diopside. Hedenburgite. Mg. Fe.

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433 views • 28 slides
Objectives

Objectives

Objectives. By the end of this section you should: know how atom positions are denoted by fractional coordinates be able to calculate bond lengths for octahedral and tetrahedral sites in a cube be able to calculate the size of interstitial sites in a cube

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436 views • 17 slides
Objectives

Objectives

Objectives. By the end of this section you should: know how atom positions are denoted by fractional coordinates be able to calculate bond lengths for octahedral and tetrahedral sites in a cube be able to calculate the size of interstitial sites in a cube

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410 views • 17 slides

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