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Results 4741 - 4750 of 4810 for Space
  • Article - 3 Aug 2023
    Atomic force microscopy (AFM) has become an essential characterization tool in polymer research due to its unique capacity for multifunctional, nanoscale imaging and measurement. Recent advances have...
  • Article - 21 Jun 2023
    This article explores the difference between these spectroscopic techniques, highlighting their unique advantages, limitations, and practical applications.
  • Article - 7 Apr 2023
    The optical lattice clock has revolutionized scientific timekeeping by achieving unprecedented levels of accuracy. This article will introduce an overview of optical lattice clocks, how they work,...
  • Article - 28 Feb 2023
    Semiconductor lasers are generated via radiative recombination of charge carrier pairs in semiconductors. They are more efficient, cost-effective, and require less power than conventional laser...
  • Article - 21 Jan 2023
    Many satellite photos are distorted by noise, which lowers the visual quality and inevitably causes processing problems. To reduce this noise, a number of remedies have been put forth utilizing...
  • Article - 22 Dec 2022
    Particle manipulation has always been crucial to enhancing scattering and microscopy methods for material studies. In light of this strategy, researchers integrated quantum technology and microscopy...
  • Article - 26 Jul 2022
    Explore how x-ray diffraction can be used for investigating nickel on silicon thin films.
  • Article - 26 Jul 2022
    Discover how XRD can be used for analysing ilmenite ore samples.
  • Article - 19 May 2022
    Infrared (IR) spectroscopy is the most widely used experimental material characterization and analysis technique. This article takes a closer look at the method and its importance within several...
  • Article - 29 Apr 2022
    As long as the X-ray source can generate sufficiently high energy photons to excite or ionize the core electrons in an element of interest, X-ray fluorescence can be used to measure any element. This...

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