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Results 841 - 850 of 3842 for High temperature applications
  • Article - 16 Aug 2002
    Thermal spraying is not a new method. Developed in 1912 in Switzerland, this method is well-established and extensively used.
  • Article - 2 Aug 2002
    Environmental Scanning Electron Microscopy can be carried out under atmospheres other than vacuum. As such it overcomes limitations of conventional SEM and permits studies like the hydration of...
  • Article - 9 Jul 2002
    Plasma-infrared processing is a coating technology suited to coating relatively large surfaces quickly. Using the worlds largest plasma arc lamp ORNL have developed the technique which can produce...
  • Article - 22 Apr 2002
    CuZnAl SMA's are probably the least well known of the three main families of commercial SMA's. They use relatively cheap materials and can have transformation temperatures between + and -100°C. They...
  • Article - 26 Mar 2002
    The use of plastics and rubbers in building is increasing. Some applications such as pipes and gutters, roofing, cladding panels, anti-vibration mounts, sound insulation, thermal insulation and window...
  • Article - 4 Mar 2002
    The excellent properties possessed by titanium make it a highly useful material. Applications in aerospace (e.g. engines and structures)and industrial applications are covered, as are emerging...
  • 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 - 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 - 23 Jan 2002
    Tantalum is a rare metal with a grey-blue appearance. It is found in about 15% of the world’s pegmatites. Tantalum has several properties that currently make it a valuable commodity.
  • Article - 21 Jan 2002
    Scheele discovered “Tungsten” in 1781; however, it took 150 years more before the efforts of Scheele and his successors led to the use of tungsten carbide in the industry.

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