Products & Services

See also: Categories | Featured Products | More Information

More Information Top

Lock Indicates content that may require registration and/or purchase. Powered by IHS Goldfire

  • Phosphors, light sources, laser, luminescence
    High temperature halogen lamp .
  • Subsecond Annealing of Advanced Materials
    Either in the solid phase using techniques like explosive crystallisation by lasers [27], flash lamps [28], and high temperature halogen lamp annealing [29], or in the liquid phase using strip heaters [30], lasers [31], flash lamps [32] and joule heating [33], the…
  • First Results from SWAN Lyman α solar wind mapper on SOHO
    …filaments (when heated, there is formation of tungsten chloride on the filament, which migrates in the cell and is reduced by H atoms and deposition of W atoms on the cell walls, as in high temperature halogen lamps ; however, in the halogen…
  • Behavior of sodium deposited on SiO2 at high coverages
    Because of the low melting temperature of Na2SiO3 compared to that of pure silicon oxide this behaviour could explain the sensitivity of pure fused silica used in high temperature halogen lamps to contact with fingers, which bring sodium atoms.
  • Physical phenomena in lamps
    Coalesced and expanded voids reaching the surface of a coiled high - temperature halogen lamp filament near the end of its life, producing hot-spots.
  • UNIVERSITY OF OSLO
    The oven was heated with high temperature tungsten halogen lamps , causing the radiation spectrum to be further in to the ultra violet range, in contrast to CTP.
  • Ultraviolet radiation (EHC 160, 1994, 2nd edition)
    the case of high temperature tungsten halogen lamps biologically .
  • Machine Vision
    Halogen lamps allow higher temperatures from 3,000 K up to 3,400 K, so that more of the emitted radiation belongs to the visible part of the spectrum, and so the lamp’s light yield .