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Laser-induced breakdown spectroscopy offers a rapid, efficient, and cost-effective approach for detecting and quantifying hazardous elements in the atmosphere and has the ability to perform real-time, in situ elemental analysis. LIBS plays an instrumental role in advancing air quality monitoring technologies through identifying toxic heavy metals, sulfur compounds, and carbonaceous particles. In this chapter, we have discussed the application of LIBS for monitoring airborne particulate matter and atmospheric pollution which presents a promising avenue for addressing critical environmental challenges.

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LIBS Application for Monitoring Airborne Particulate Matter and Atmospheric Pollution

  • 章节

  • 发表日期：

    2025年

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  • Shambhavi Sharma,
  • Muhammad Jahanzaib,
  • Prashant Kumar Rai,
  • Shikha Mehta,
  • Geeta Watal,
  • Duckshin Park

摘要

Laser-induced breakdown spectroscopy offers a rapid, efficient, and cost-effective approach for detecting and quantifying hazardous elements in the atmosphere and has the ability to perform real-time, in situ elemental analysis. LIBS plays an instrumental role in advancing air quality monitoring technologies through identifying toxic heavy metals, sulfur compounds, and carbonaceous particles. In this chapter, we have discussed the application of LIBS for monitoring airborne particulate matter and atmospheric pollution which presents a promising avenue for addressing critical environmental challenges.