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Results 401 - 410 of 574 for Non-ferrous alloys
  • Article - 10 Jan 2003
    The performance of titanium, or more specifically, the stability of the titanium oxide film in various environments is outlined. Some environments include chlorine, water, mineral acids, salt...
  • Article - 28 Nov 2002
    Questions such as, what are shape memory alloys, how do they work, how much deformation can they recover from, what metals exhibit shape memory properties and what applications do shape memory alloys...
  • Article - 19 Nov 2002
    Ti3al2.5V, sometimes called half 6-4 is available in two grades. Grade 18 has a small palladium addition to increase corrosion resistance. These grades offer improved strength over pure grades and...
  • Article - 12 Sep 2002
    Ti5Al2.5Sn is a high strength alloy commonly used in airframe and jet engine applications. It has excellent weldability, stability and high temperature strength. Composition, designations, physical...
  • Article - 30 Aug 2002
    Laser forming is a deposition process which can produce titanium parts directly from CAD drawings. It has advantages over casting and machining in certain applications. The process, advantages,...
  • Article - 23 Aug 2002
    Titanium palladium alloys are a family of corrosion resistant alloys, while mechanical properties are very similar to commercially pure titanium. The addition of ruthenium in place of palladium...
  • Article - 13 Aug 2002
    Titanium is probably best known for its application in aircraft components. This article covers many titanium alloys and there usage in the aerospace industry.
  • Article - 27 Mar 2002
    A comprehensive guide to titanium corrosion in a range of environments such as non-oxidising, acidic and chlorinated environments. A range of corrosion mechanisms for titanium are also covered such...
  • Article - 29 Jul 2001
    Tin (Sn) is mostly found in cassiterite (SnO2) and has been known since ancient times. It is obtained by reducing the ore with coal in a reverberatory furnace.
  • Article - 28 Jul 2001
    Although lead occurs as such in nature, it is rare. Lead is chiefly obtained from galena (PbS) through the process of roasting.

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