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Results 16411 - 16420 of 17404 for material manufacturing
  • Article - 12 Jun 2002
    Cellulose acetate is derived from renewable resources such as wood pulp, which differs from most other man-made polymers which are petrochemical derivitives. General properties include transparency,...
  • News - 28 May 2004
    A research team from Oregon Health & Science University and the Portland Veterans Affairs Medical Center is demonstrating some of the world's first clinical applications for nanometer-size...
  • Article - 21 May 2002
    Laser marking uses a focused Nd:YAG laser to produce permanent color images on the surface of various materials like metals, glass, and ceramics.
  • Article - 15 May 2002
    The properties of powder metallurgy (PM) components and aspects affecting their properties are covered. Aspects affecting component shapes and sizes that can be produced by PM are also dicussed in...
  • Article - 14 May 2002
    Each step in the production of components via powder metallurgy process is briefly outlined. From the raw materials, through forming and sintering. Secondary processes such as heat treatments are...
  • Article - 10 May 2002
    Monolithic refractory refers to all unshaped refractory products. The word “monolithic” is derived from the word monolith meaning “big stone".
  • Article - 2 May 2002
    Colloidal silica consists of a stable suspension of tiny silica particles. It has many applications such as refractories, investment casting, abrasives, surfactants, high temperature binders etc
  • Article - 30 Apr 2002
    Transducer materials are a key component of any sonar system. This article compares and explains properties of materials such as nickel, lead zirconate titanate and Terfenol. These materials have been...
  • Article - 11 Mar 2002
    Superalloys are emerging as a viable alternative to ceramic filters for clean burning coal power generators. The possibility of creating thin filters with high surface area and limited susceptibility...
  • Article - 5 Mar 2002
    Researchers can now control DNA biomolecules with radio waves. The ultimate goal of this work will be to use biological machines to perform tasks on a molecular scale.

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