Optimization of Laser-Induced Breakdown Spectroscopy for Be Element Detection with Self-Absorption Effect Correction

Key Points

• The central aim is to enhance the accuracy of beryllium detection through laser-induced breakdown spectroscopy while addressing the self-absorption effect.
• Applied laser-induced breakdown spectroscopy for detecting beryllium elements.
• Investigated self-absorption effects on detection accuracy.
• Optimized imaging and correction techniques to enhance measurement reliability.
• Demonstrated improved accuracy in beryllium detection following optimization techniques.
• Significantly reduced the impact of the self-absorption effect.
• Provided a viable tool for onsite geological exploration.