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High Power

  • Page ID
    74509
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    High Power Lasers a

    • Metals and polymers are frequent targets for modification by high power lasers. Power densities in the range of 103 - 105 W/cm2 are often required in manufacturing applications.
    • Sample modification takes place when laser radiation is absorbed and the energy transformed into heat.
    • In addition to heating a small spot by a tightly focused beam, the techniques of masking, beam scanning and beam shaping and the use of laser diode arrays can be applied to create heated lines and patterned regions.
    • Common high power lasers include CO2, Nd:YAG and, more recently, compact diode systems a,b,c.

    High Power Laser References

    1. High Power Diode Lasers, F. Bachmann, et al. Eds.; Springer: 2007.
    2. D. Wolff, et al., Laser Technik Journal 6 (2009) 39. (http://www.laserjournal.de)
    3. D. Sands, Diode Lasers, lOP Publishing, 2005

    laser welding.jpg

    Laser welding at Argonne National Laboratory
    www.ne.anl.gov/ne_web_photos/index.php?cid=6


    This page titled High Power is shared under a CC BY-NC-SA 4.0 license and was authored, remixed, and/or curated by Carol Korzeniewski via source content that was edited to the style and standards of the LibreTexts platform.