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  1. Steel (28384 bytes)
    8: ...lace in a fairly oxygen-free environment. Unlike copper and tin, liquid iron dissolves carbon quite readi...
    21: ... [[stainless steel]] so that a hard [[passivation|oxide]] forms on the metal surface, to inhibit corrosio...
    32: ...unts of metallic iron were made as a byproduct of copper and bronze production throughout the bronze age. ...
    38: ...oxide]] produced by the charcoal reduced the iron oxides to metallic iron, but the bloomery was not hot e...
    66: ...ude]], a [[France|French]] craftsman in [[Henry VIII]]'s employ, cast the Weald's first one-piece iron...
  2. Ceramics (15941 bytes)
    59: *[[Zinc oxide]] ([[zinc|Zn]][[oxygen|O]]), which is a semicondu...
    64: *Uranium oxide ([[uranium|U]]O<sub>2</sub>), used as fuel in nuc...
    65: ... oxide]] ([[yttrium|Y]][[barium|Ba]]<sub>2</sub>[[copper|Cu]]<sub>3</sub>[[oxygen|O]]<sub>7-x</sub>), a hi...
    80: ...xides that are II-VI semiconductors, such as zinc oxide.
    82: ...there is talk of making blue [[LED]]s from [[zinc oxide]], ceramicists are most interested in the electri...
  3. Glass (26176 bytes)
    13: ...''Common glass''' is mostly amorphous [[silicon dioxide]] ([[Silicon|Si]][[Oxygen|O]]<sub>2</sub>), which...
    30: ...hich is obviously undesirable, so lime ([[calcium oxide]], [[Calcium|Ca]][[Oxygen|O]]) is the third compo...
    32: ... also increases the refractive index. [[Thorium]] oxide gives glass a very high refractive index, and is ...
    37: ...] produces a [[turquoise]] color. Pure metallic [[copper]] produces a very dark red, opaque glass, which i...
    42: ...ed glass by adding metallic compounds and mineral oxides to produce brilliant hues of red, green, and bl...
  4. Illuminated manuscript (5973 bytes)
    32: ...lors such as [[cochineal]] and [[kermes]]; [[iron oxide]]-rich earth compounds
    38: ...-based compounds such as [[buckthorn]] berries; [[copper]] compounds such as [[verdigris]] and [[malachite...
  5. Mars (27704 bytes)
    8: ...ople. Its red, fiery appearance is caused by Iron Oxide (rust) on its surface. Mars has only a quarter th...
    11: .... The atmosphere on Mars is 95 percent [[carbon dioxide]], 3 percent [[nitrogen]], 1.6 percent [[argon]],...
    13: ...ile volcanic methane is accompanied by [[sulfur dioxide]].
    27: ...s covered with dust and sand rich in reddish iron oxides were once thought of as Martian 'continents' and...
    29: ...that change with the Martian seasons-the carbon dioxide ice sublimates in summer, uncovering a surface of...
  6. List of minerals (11610 bytes)
    118: #[[Copper]]
    192: #[[Ferricrete]] Iron oxide cemented soil or sediment
    281: #[[Limonite]] (a mixture of iron oxides and hydroxides - rust!)
    532: #[[Zanazziite]]
  7. Antimony (9093 bytes)
    48: | [[Oxidation state]]s ([[Oxide]]) || ?3, 5 (mildly [[acid]]ic)
    133: ...h [[sulfur]] and the [[heavy metals]] [[lead]], [[copper]], and [[silver]].
    145: ...glass]], [[paint]]s, and [[pottery]]. Antimony trioxide is the most important of the antimony compounds a...
    162: ... sufficient to dissolve small amounts of antimony oxide contained in the packaging of the drink. Modern m...
  8. Arsenic (12497 bytes)
    47: | [[Oxidation state]]s ([[Oxide]]) || '''+-3''',5 (mildly [[acid]]ic)
    143: ...it rapidly [[oxidation|oxidizes]] to [[arsenic trioxide]], which has a garlic odor. Arsenic and some arse...
    146: ...ical damage to those working the sprayers), and [[copper]] arsenate has even been recorded in the [[19th c...
    148: ... [[wood]] which has been treated with chromated [[copper arsenate]] ("CCA", or "Tanalith", and the vast ma...
    150: ...[arsphenamine]] (by Paul Erlich) and [[arsenic trioxide]] (by Thomas Fowler).
  9. Beryllium (15119 bytes)
    23: | [[group 2 element|2 (IIA)]], [[period 2 element|2]], [[S-block|s]]
    51: | [[Oxidation state]]s ([[Oxide]])
    138: ...ng agent in [[alloy]]s (most notably, [[beryllium copper]]).
    141: ...bably due to the formation of a thin layer of the oxide).
    144: ...ility to absorb large amounts of heat.) Beryllium-copper alloys are used in a wide variety of applications...
  10. Bismuth (9188 bytes)
    53: | [[Oxidation state]]s ([[Oxide]])
    149: ...rns with a [[blue]] flame and its [[bismuth oxide|oxide]] forms [[yellow]] fumes.
    185: ...[United States]] is obtained as a by-product of [[copper]], [[gold]], [[silver]], [[tin]] and especially [...
  11. Cadmium (10755 bytes)
    51: | [[Oxidation state]]s ([[Oxide]])
    194: ...s of zinc, and to a lesser degree, [[lead]] and [[copper]]. Small amounts of cadmium, about 10% of consump...
  12. Calcium (9166 bytes)
    19: ... table block|Block]]</td><td>[[group 2 element|2 (IIA)]], [[period 4 element|4]], [[atomic orbital|s]]...
    39: <td>[[Oxidation state]]s ([[Oxide]]) </td><td>2 (strong [[Base (chem...
    106: ...ter displacing hydrogen and forming [[calcium hydroxide]].
    116: ...t used in the production of aluminium, beryllium, copper, lead, and magnesium alloys.
    120: ...ar]] and is turned into [[plaster]] by [[carbon dioxide]] uptake. Mixed with other compounds, CaO forms a...
  13. Cobalt (13481 bytes)
    38: <td>[[Oxidation state]]s ([[Oxide]]) </td><td>'''2''',3 (amphoteric...
    149: ...o be produced as a [[by-produc]]t of nickel and [[copper]] mining activities. The main ores of cobalt are ...
    152: ...ate]]s, there is an abundant number of compounds. Oxides are [[antiferromagnetic]] at low [[temperature]]...
  14. Copper (13595 bytes)
    6: ...olspan="2" align="center" | [[nickel]] &ndash; '''copper''' &ndash; [[zinc]]
    17: | copper, Cu, 29
    29: | align="center" | copper, metallic<br>[[Image:Cu,29.jpg|125px|]]
    51: | [[Oxidation state]]s ([[Oxide]])
    133: '''Copper''' is a [[chemical element]] in the [[periodic ta...
  15. Gold (24329 bytes)
    53: | [[Oxidation state]]s ([[Oxide]])
    156: ...al easily-identifiable color; the other two are [[copper]], which is red, and [[caesium]], which has a gol...
    158: ...tourist trade as "[[Black Hills]]" gold. Adding [[copper]] yields a redder metal, [[iron]] green, [[alumin...
    162: ...de +1 (gold(I) or aurous compounds) and +3 (gold(III) or auric compounds). Gold ions in solution are r...
    165: ... use and is hardened by [[alloy]]ing with silver, copper, and other metals. Gold and its many alloys are m...
  16. Indium (8657 bytes)
    22: | [[group 13 element|13 (IIIA)]], [[period 5 element|5]], [[p-block|p]]
    50: | [[Oxidation state]]s ([[Oxide]])
    133: ...lms to form lubricated layers (during [[World War II]] it was widely used to coat bearings in high-per...
    141: ...phosphide [[semiconductor]]s and indium-[[tin]]-[[oxide]] thin films for [[liquid crystal display]]s (LCD...
    145: *Its [[oxide]] is used in the making of [[electroluminescent]]...
  17. Iodine (11416 bytes)
    23: | [[group 17 element|17 (VIIA)]], [[period 5 element|5]], [[p-block|p]]
    51: | [[Oxidation state]]s ([[Oxide]])
    149: ...yroid]] [[hormone]]s, ''[[thyroxine]]'' and ''[[triiodotyronine]]'' contain iodine.
    156: *[[Nitrogen triiodide]] is an explosive, too unstable to be used c...
    165: ...e reaction of [[potassium iodide]] with [[copper (II) sulfate]]. There are also several other methods ...
  18. Iron (23778 bytes)
    22: <td>[[group 8 element|8 (VIIIB)]], [[period 4 element|4]], [[d-block|d]]</td></...
    44: <td>[[Oxidation state]]s ([[Oxide]]) </td><td>2,'''3''',4,6 (amphot...
    151: * [[Iron (III) oxide]]s are used in the production of [[magnetic stora...
    156: ... iron was being created then as a by-product of [[copper]] refining, as [[sponge iron]], and was not repro...
    176: ...st. Most of this iron is found in various [[iron oxide]]s, such as the minerals [[hematite]], [[magnetit...
  19. Lithium (11359 bytes)
    50: | [[Oxidation state]]s ([[Oxide]])
    146: ...oxide will absorb CO<sub>2</sub>, but lithium hydroxide is preferred because of its low molecular weight.
    147: ...s of the metal with [[aluminium]], [[cadmium]], [[copper]], and [[manganese]] are used to make high perfor...
    155: ...y Davy]] later used [[electrolysis]] on [[lithium oxide]]. Commercial production of lithium metal was ac...
    160: ...eft|Lithium pellets (covered in white lithium hydroxide)]]
  20. Aluminium (26079 bytes)
    20: {{Elementbox_oxistates | 3<br />([[amphoteric]] oxide) }}
    52: ...] resistance and durability due to the protective oxide layer. It is also nonmagnetic and nonsparking and...
    56: ...adily forms [[alloy]]s with many elements such as copper, zinc, magnesium, manganese and silicon. When com...
    58: ...oatings form a thin layer of protective aluminium oxide that does not deteriorate as [[silver]] coatings ...
    66: ...[[electrical conductivity]] is only 60% that of [[copper]], it's lighter in weight and lower in price[http...

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