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Results 161 - 170 of 220 for Characterisation
  • Article - 20 Jul 2023
    Spectroscopy is a promising tool for characterizing compounds in many research fields. This analytical tool has created an unbroken bond with forensics and has evolved into the exclusive field of...
  • Article - 14 Jul 2023
    Characterizing the surface topography of materials and devices is vital to determine their mechanical and physical properties. This article will look at the field of surface metrology and how atomic...
  • Article - 30 Jun 2023
    By harnessing spectroscopic techniques' sensitivity and non-destructive nature, investigators gain more accurate and comprehensive insights into fire debris composition and origin.
  • Article - 21 Jun 2023
    This article explores the difference between these spectroscopic techniques, highlighting their unique advantages, limitations, and practical applications.
  • Article - 20 Apr 2023
    A recent study published in Nano Letters proposed a novel technique that combines Raman spectroscopy, acoustic bioprinting, and machine learning for rapid bacterial identification. This innovative...
  • Article - 8 Feb 2023
    With high speed and accuracy, the laser flash method has become a popular and effective tool in thermal analysis for evaluating materials' thermal properties, such as thermal conductivity and...
  • Article - 20 Jan 2023
    Electron microscopes are incredibly powerful analytical tools that are used to reveal and characterize the molecular structure of organic and inorganic substances and materials. This article will look...
  • Article - 10 Jan 2023
    Fourier transform infrared spectroscopy (FTIR) is a quick, simple, and efficient technique for identifying and quantifying the constituent elements in any sample. The capacity to identify and quantify...
  • Article - 12 Dec 2022
    A special diagnostic tool for determining the physical conditions in the interstellar medium of galaxies is provided by mid-infrared spectra.
  • Article - 25 Oct 2022
    Confocal microscopy is an optical imaging technique that relies on spatial filtering methods to remove contributions to the image from regions of the sample that are not immediately in focus.

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