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Results 1 - 10 of 15 for Yttrium Aluminium Garnet YAG
  • Article - 5 May 2025
    Directed energy weapons use focused beams for non-contact disruption and precision targeting. Learn how they work and where they're headed.
  • Article - 18 Apr 2025
    Explore five groundbreaking trends in optical science for 2025, including vortex-based fiber optics, dual micro-comb atomic clocks, DUV lasers, and scalable quantum photonic chips.
  • Article - 19 Aug 2024
    Lasers are categorized into thousands of types based on the lasing medium they use. The main categories—gas, liquid, solid-state, and semiconductor lasers—each possess distinct properties that...
  • Article - 4 Oct 2023
    Raman spectroscopy requires a concentrated source of light, such as a laser, to generate a Raman signal from a sample. The characteristics of the Raman excitation laser/Raman laser primarily affect...
  • Article - 26 May 2021
    Operating on a baby while still inside the womb once seemed impossible, however, medical technology has advanced to the point that not only is this possible, but fetal surgery has better results than...
  • Article - 13 Feb 2020
    There are many different components within lasers that enable them to function effectively, and many of these parts can be made from a choice of materials. One key component is the active laser...
  • Article - 12 Mar 2019
    Optical tweezers are a top-end research tool that employ a highly focused laser beam to trap and manipulate incredibly small particles.
  • Article - 10 Jul 2018
    This article talks about using lasers in surgery.
  • Article - 10 Oct 2013
    Thulium-yttrium aluminum garnet (Tm:YAG) laser is used as a suitable means to produce high power laser emission from the 3F4 – 3F6 transition.
  • Article - 27 Jun 2013
    Neodymium-doped yttrium aluminum garnet (Nd:YAG) is a crystal that is commonly used as a lasing medium for solid-state lasers.

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