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  • Article - 11 Feb 2002
    The effects of various media such as alkalis, inorganic salts, organic chemicals, organic acids, oxygen, hydrogen, sulfur dioxide, hydrogen sulfide, nitrogen, ammonia and liquid metals on titanium are...
  • Article - 11 Feb 2002
    Platinum, with its unique physical and chemical properties, is used in a wide variety of industrial and environmental applications. It is also regarded as one of the finest, among all jewelry metals.
  • Article - 11 Feb 2002
    The increased demand for platinum can be seen in the jewelry industry. In one decade, platinum jewelry demand has grown 82% and is regarded as the “Metal of the Millennium.”
  • Article - 11 Feb 2002
    Fuel cells are at the cutting edge of alternative fuel technology. So far, technology in the automotive industry includes platinum catalysts, and a substitute is not available even today.
  • Article - 8 Feb 2002
    Capacitors are defined, their history briefly traced and construction outlined. Different types of capcitors such as insert tab and extended foil are distinguished. Basic usage configuations are also...
  • Article - 7 Feb 2002
    Outlined are some simple and practical tests that can be used for the identification of grades and types of stainless steel. The tests are inexpensive and non-destructive but do have some limitations...
  • Article - 5 Feb 2002
    Titanium is highly resistant to corrosion by water, steam and seawater, except at elevated temperatures. Other corrosion mechanisms such as stress corrosion cracking, corrosion fatigue, biofouling,...
  • Article - 5 Feb 2002
    Chlorine and its compounds have strong oxidizing properties. Therefore, in an aqueous solution, they are not corrosive toward titanium. Titanium is a highly unique metal that can withstand these...
  • Article - 4 Feb 2002
    Plasticizers are unique types of additives. Without plasticizers, a majority of the injection molding compounds would have been completely unfit.
  • Article - 4 Feb 2002
    At temperatures greater than 1350 °C, the solid-state reaction of titania and alumina leads to the synthesis of aluminum titanate. Depending on its reactivity, the synthesized powder can be sintered...

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