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Conduct Research Top

  • Plasma Modification of Catalysts Using a Dielectric Barrier Discharge (.pdf)
    Plasma Modification of Catalysts. Using a Dielectric Barrier Discharge. D.T Lundiea, J.A. Reesb. aCatalysis Division, bPlasma and Surface Analysis Division,. Hiden Analytical Ltd, 420 Europa Boulevard, Warrington, WA5 7UN, UK Tel: +44 (0)1925 445 225. INTRODUCTION: The combination of plasmas
  • FlexiCapTM - Reducing Mechanical Cracking on PCBs
    range of Multilayer Capacitors to permit greater degrees of board bending without damage to capacitors. The multilayer ceramic chip capacitor is the capacitor of choice for surface mount applications. There are generally three dielectric categories available; C0G [NP0], X7R and Y5V. Sizes usually range
  • How Coatings Work
    surface enhancements are said to be "synergistic.". As design engineers continue to seek new ways to achieve better resistance to wear, abrasion, corrosion and chemical attack as well as to provide metal parts with dry lubrication, dielectric strength, hardness, conductivity, mold-release and many
  • Ablation of liver cancer cells in vitro by a plasma needle
    A plasma needle using a dielectric barrier discharge reactor at atmospheric pressure with a. funnel-shaped nozzle was developed. The preliminary characteristics of the plume and applications. to the ablation of cultured human hepatocellular carcinoma HCC BEL-7402 cell line were. presented
  • Selecting Metallic Mirror Coatings
    Edmund manufactures a wide range of precision parabolic, spherical and flat mirrors in our own facility. These products are offered in a variety of metallic coatings to suit all your application requirements. Metallic coatings are delicate and, without a protective dielectric coating, require extra
  • Medical Device Link .
    good mechanical and electrical properties and requires no postmachining heat treatments. The material's dielectric strength is 480 V/mil, and it is ideal for vacuum feed-throughs and all electrical and vacuum parts. Rescor 914 can be
  • Medical Device Link .
    , the use of ceramic materials in medical devices has mushroomed to include a variety of implant applications, many of which rely on the material's good electrical insulation and dielectric properties. In addition to their well-known use in orthopedic applications such as femoral heads, ceramics today
  • MICRO: Brave New Materials
    . The process has been implemented in copper/low-k dielectric processing on 200- and 300-mm production lines. After describing the cryokinetic aerosol process and briefly discussing its successful use with aluminum/TEOS and high-density plasma deposition processes, this article focuses on the suitability

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