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  • Article - 6 Jun 2024
    PES techniques like XPS and UPS offer insights into material properties, with advances in analysis and spatial resolution enhancing their applications.
  • Article - 11 Dec 2023
    The application of spectrometry devices and hyperspectral imaging provides detailed information on the nutritional value of food, such as protein levels in wheat harvests, to the health of fish...
  • 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 - 27 Jun 2023
    The combined use of mass spectrometry and spectroscopy in analytical chemistry offers a powerful approach to obtaining comprehensive chemical information with improved efficiency and reduced sample...
  • 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 - 26 Nov 2020
    This ability to differentiate between tissue types extends the applicability of OCT in dermatology well beyond the evaluation of wound healing or novel therapies to studies of the mechanisms of stem...
  • Article - 15 Aug 2025
    Addressing spectral anomalies is crucial for data integrity. This guide outlines diagnostic protocols for effective troubleshooting in spectroscopic analysis.
  • Article - 17 Apr 2024
    Quantum dot displays offer precise color tuning and energy efficiency, with growing market demand and innovative applications.
  • Article - 1 Aug 2023
    NMR spectroscopy is a non-destructive technique used to analyze the structure of a molecule by exploring its electronic orientation. This article examines the advantages and limitations involved in...
  • Article - 14 Feb 2023
    A type of optical analytic technique called photothermal spectroscopy is a powerful tool to study heat that is produced as a result of light absorption in a sample that has been exposed to radiation.

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