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Results 261 - 270 of 392 for Thermal insulators
  • Article - 6 Jan 2004
    Boron nitride is available in three forms, hot pressed, pyrolytic and hot isostatically pressed. Chemical, electrical, mechanical, physical and thermal properties are listed.
  • Article - 25 Nov 2002
    The copper-plated ceramic circuit technology is explained and compared to other existing technologies. Advantages, materials, system design and performance are all covered.
  • 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 - 25 Sep 2001
    Silicones are polymers with a Si-O-Si backbone. There are different types depending on functional groups in the structure and curing mechanisms. Key properties include thermal stability, chemical...
  • 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 - 7 Apr 2016
    Definitions of material properties covered in AZoM Property Tables. Properties covered include mechanical, physical, thermal, electrical and environmental properties.
  • News - 14 Feb 2024
    Materials just atoms in thickness, known as two-dimensional (2D) materials, are set to revolutionize future technology, including in the electronics industry. However, commercialization of devices...
  • News - 9 Nov 2020
    Northwestern University researchers have developed a new computational approach to accelerate the design of materials exhibiting metal-insulator transitions (MIT), a rare class of electronic materials...
  • News - 3 Jun 2020
    Boron nitride nanotubes are anything but boring, according to Rice University scientists who have found a way to watch how they move in liquids. The researchers' method to study the real-time...
  • News - 19 Dec 2018
    A vital factor determining the electrical conductivity of the underlying materials in microelectronic devices is the bandgap. In general, substances that have large bandgaps are insulators that do not...

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