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Conduct Research Top

  • Magnetic Particles
    Magnetic particles are fine iron oxide particles with a high permeability (easily magnetized) and low retentivity (ability to stay magnetized). Magnetic particles typically range in size between 0.125 to 60 microns. Three methods are typically applied: dry non-fluorescent, wet non-fluorescent
  • Magnetic Particle System
    Magnetic particle system refers to current flow or an external magnet that magnetizes a part. Magnetic poles created at flaws, cracks, or other discontinuities attract magnetic particles. The magnetic particles are fine iron oxide particles (0.125 to 60 microns) with a high permeability (easily
  • Magnetic Particle Clutch Used in Amusement Game
  • Low-Field Magnetic Sensing with GMR Sensors
    ; the kinds. encountered when looking for geophysical anomalies,. either natural or man-made, various physiological. functions, metal defects, magnetic ink and minute. magnetic particles associated with immunoassay. In. the past, equipment to perform many of these. functions has required a substantial
  • Magnetic Stripe
    What is a magnetic stripe? A magnetic stripe is the black or brown stripe that you see on your credit card, or maybe the back of your airline ticket or transit card. The stripe is made up of tiny magnetic particles in a resin. The particles are either applied directly to the card or made
  • Low Frequency Magnetic Transmitter Design
    , or a magnetic dipole. One also only gets. magnetic dipoles and not monopoles, as is the case for. electrical particles. A magnetic field can, therefore, be. An antenna approaching this dimension is impractical,. represented by field lines that form continuous loops. but at 500 MHz the wavelength is only 60
  • Magnetic Inductive Flow Meters (.pdf)
    meters, the wire is replaced by. electrically conductive fl uids, as electrically conductive. fl uids have the ability to carry charged particles. The. meter's solenoid coil produces a magnetic fi eld and. when the charged particles enter the magnetic fi eld they are driven to. the outside of the tube
  • Low-Frequency Magnetic Transmitter Design (.pdf)
    between a mag-. netic field/electric field versus an electromagnetic. c. =. [meters]. wave. A magnetic field is a result of electrical charge. in motion, or a magnetic dipole. One also only gets. c = 3 x 108 m/s. magnetic dipoles and not monopoles, as is the case for. electrical particles. A magnetic

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