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Results 641 - 650 of 926 for Al)6(Si
  • Article - 19 Apr 2005
    Aluminium 5083 is known for exceptional performance in extreme environments. 5083 is highly resistant to attack by both seawater and industrial chemical environments. The properties, applications and...
  • Article - 20 Jun 2024
    Advanced ceramics are transforming industries with their superior properties, including high-temperature stability, chemical resistance, and wear resistance, making them essential in electronics,...
  • Article - 21 Jul 2003
    High Nitrogen Steels (HNS) are a new class of alloys. Their behaviour during heat treatment is significantly different from their carbon equivalents. factors considered are thermodynamics, kinetics,...
  • Article - 16 Apr 2003
    Ruby is an alumina-based material containing small amounts of Cr2O3 and Si2O3 giving it a redish colour. Chemical, electrical, mechanical, physical and thermal properties are listed.
  • Article - 28 Jan 2003
    Cermet and ceramic tipped tools and blades are gradually replacing more conventional carbide tipped tools. The market, acceptance of these tools and technology are outlined.
  • Article - 10 May 2002
    An aggregate used in the formulation of a monolithic refractory is chosen based on stability at application temperature, mechanical strength, & corrosion resistance.
  • Article - 7 Nov 2001
    Glass is term used to describe various non-crystalline solids. It encompasses materials such as vitreous silica, sodium silicate, crystal, borosilicate, opal, phosphate and chalcogenide glasses as...
  • Article - 24 Sep 2001
    Nickel/chromium alloys have excellent oxidation resistance, wear-resistance and high-temperature properties. Typical applications include heating elements and thermocouples.
  • Article - 27 Aug 2001
    Surface treatments such as ion implantation, ion beam mixing, laser processing, PVD, CVD and laser alloying are being applied to monolithic ceramic materials to improve surface properties so that they...
  • Article - 3 Apr 2001
    Sintered silicon nitride (Si3NA) can only be densified without pressure with the addition of sintering aids such as magnesia, yttria or alumina.

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