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Conduct Research Top

  • Detrimental Element Analysis of Non-Metallic Materials Used in Nuclear Reactors
    and Rupture Testing. Electrical Testing. Electron Microprobe. Failure Analysis. Image Analysis & Light Microscopy. Machining & Wire EDM. Mechanical Testing. Metallography. Metallurgical Evaluation. On-Site Laboratory Services. On-Site Materials & Process Troubleshooting. Petrographic Analysis. Scanning
  • Nuclear Industry: The Handyscan 3D Scanning Technology in the Heart of Action
    With the goal of controlling or even preventing accidents with nuclear reactors, a French laboratory is conducting simulations of the various potential risks that could result from a malfunction at a nuclear plant. Nuclear Industry: The Handyscan 3D Scanning Technology in the Heart of Action
  • Camera Captures Spheromak Plasmas
    Institute of Technology. Researchers at Lawrence Livermore. National Laboratory are using the DiCam. Pro high-speed intensified CCD camera. from Cooke Corp. to image fusion. plasmas in an experimental spheromak. reactor. Reprinted from the November 2002 issue of PHOTONICS SPECTRA © Laurin Publishing
  • Alloy Testing and Selection for a Novel Chlorosulfonic Acid Environment (.pdf)
    (Figure 3). The best laboratory reactor for this simulation was deemed to be a glass, jacketed, 2-liter resin kettle,. with a flat blade Teflonä stirrer. The removable head allowed complete access to the reactor internals. This easy access allowed the fabrication of a Teflonä coupon holder described
  • Design Considerations When Applying Various ASD Topologies to Meet Harmonic Compliance
    appropriate one for. their particular application. Using computer simulation. and laboratory measurements, this paper analyzes the. most common passive solutions which include AC line. reactors or DC link chokes, phase shifting to produce. multi-pulse ASD's and inline passive harmonic filters. Various
  • Application of pre-acidification
    achieve this. Since laboratory studies using acids to induce lignin precipitation showed that lignin only precipitated at pH 4 or less, it is thought that the coagulation seen in the acidogenic reactor is due to the formation of exo-polymers by the acidogens, and that either the release or coagulating
  • Study: Methane Cleans Nitric Oxide From Power Plant Emissions
    this obstacle. Under ideal conditions, Ozkan and her graduate students removed nearly 100 percent of nitric oxide from gas in a laboratory reactor. With the help of the palladium-based catalyst, methane reacted with the nitric oxide to form nitrogen, carbon dioxide and water. Ozkan acknowledged
  • Motors in Radiation-Intensive Environments
    , and cable insulation will all deteriorate over time and finally crumble. A new generation of radiation-hardened step motors, however, has greatly expanded the design opportunities in highly radioactive environments. One new motor design recently assisted Oak Ridge National Laboratory (ORNL

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