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Results 671 - 680 of 3585 for Electronic components
  • Article - 7 Feb 2003
    Germanium is a metalloid element and member of the carbon group of elements. Its occurrence, abundance, extraction and applications our outlined. Physical, mechanical, electrical, thermal and atomic...
  • Article - 6 Feb 2003
    Selenium is a low melting poiint metal. Its occurence, abundance, applications and properties such as mechanical, physical, electrical, thermal and other atomic properties are listed.
  • Article - 14 Jan 2003
    Researchers from IBM and Nion have developed a high resolutioin electron microscope which is able to resolve individual atoms inside a material. Design aspects, how the microscope works, capabilities...
  • Article - 29 Nov 2002
    The trends for gold across the world for the second quarter of 2002 are reported. Demand for investment and indutrial gold are reported as well as quantities traded. Affects of economic and industrial...
  • Article - 31 Jul 2002
    Chemical vapour deposition is a technique whereby gaseous reactants can be deposited onto a substrate. There are several variations in the basic technique which can be used to deposit a wide range of...
  • Article - 4 Jul 2002
    Supercapacitors are in effect a cross between capacitors and batteries, combining the beneficial properties of both. A more detailed explanation of what they are, how they work, the materials involved...
  • Article - 27 Jun 2002
    X-Ray fluorescence is probably best known for compositonal analysis. However, it can also be used as a form of non-destructive testing for measuring coating thickness. The basic system, technique and...
  • Article - 3 May 2002
    Alumina (aluminium oxide) is a versatile oxide ceramic material. This blog post will look at the different commercial grades available.
  • Article - 14 Jan 2002
    Nanophase Technologies Corp have released a new range of zinc oxide nanoparticles. Available in 3 sizes (others available on request), the powders are suited to electronics and personal care, with...
  • Article - 8 Jan 2002
    Most PV's use single junctions which limit the amount of energy which can be converted into electricity. One way top get around this is to use two or more differenet cells or multijunction cells. How...

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