Dec
12
Aug
26
Spectrometers: From Coal-Rock Identification to Coal Quality Analysis
This article explains Laser Induced Fluorescence (LIF) technology—its principle of using lasers to excite sample fluorescence for analysis—and the key role of spectrometers in LIF (high-sensitivity detection, multi-component analysis, real-time monitoring). It highlights the spectrometers’ advantages (high resolution, broad spectral coverage) and details LIF’s derivative applications in environmental monitoring, biomedicine, and industry, noting future potential.SEO Keywords
May
30
Spectroscopic Analysis in Rare Earth Element Detection
This article highlights spectroscopic analysis in rare earth detection, focusing on its speed, sensitivity, and multi-element capabilities. It showcases key techniques and industrial applications, underscoring their role in advancing the rare earth industry's digital transformation.
May
29
May
26
Spectroscopic Methods for Quality Monitoring in High-Oil Soybean Storage
Non-destructive spectroscopic methods enable real-time monitoring of high-oil soybean storage quality, detecting fatty acid oxidation (0.05 mg/g sensitivity) and mold contamination (99.2% accuracy) within seconds. AI-driven systems and multi-spectral fusion enhance precision, reducing waste and supporting food security initiatives.
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