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Results 71 - 80 of 1097 for Power devices
  • Article - 20 Jul 2011
    The need for ecologically safe, cost effective solutions for the demands of alternative energy sources is growing exponentially.
  • Article - 15 Jun 2009
    This detailed account provides information on the mechanical, thermal, electrical and chemical properties of MACOR. Also included are details on machining such as sawing, turning, milling, drilling,...
  • Article - 18 May 2009
    A pressure vessel is a container designed to hold liquids or gases at a pressure often different to the surrounding atmosphere. Due to the nature of the substances being stored, it is imperative that...
  • Article - 28 Feb 2002
    The unique properties of buckytubes can be attributed in part to their structure. The structure of these materials, naming conventions and properties of different tube types are described. Buckytube...
  • Article - 28 Feb 2002
    It is the properties and structure of buckytubes and other fullerene materials that make them of interest. Electrical, thermal and mechanical properties are covered as are chemistry and molecular...
  • Article - 28 Feb 2002
    Buckytubes have potential applications in fields such as field emitters, conductive polymers, energy storage, molecular electronics, thermal materials, structural composites, fibres and fabrics,...
  • Article - 27 Feb 2002
    If the structure of carbon fullerenes and buckytubes is not fascinating enough, add their amazing properties. Many of these stem from their defect free structure. Mechanical, thermal and electrical...
  • Article - 27 Feb 2002
    The addition of buckytubes to polymer matrices can introduce fascinating mechanical, electrical and thermal properties as well as opening the door to a range of new applications. These new...
  • Article - 27 Feb 2002
    Buckytubes are a type of fullerene or perfect carbon structure. The discovery, evolution and structure of single and multiwall buckytubes are considered. Advantages over other materials including...
  • 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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