Data fusion of LIBS and PIL hyperspectral imaging: Understanding the luminescence phenomenon of a complex mineral sample

Keyphrases

• Acquisition Rate 10%
• Atomic Emission 10%
• Channel Information 10%
• Chemometric Analysis 10%
• Complex Samples 10%
• Compressed Data 10%
• Compression Strategy 10%
• Computing Resources 10%
• Data Compression 20%
• Data Fusion Method 10%
• Emission Lines 10%
• Excitation Source 10%
• Fast Acquisition 10%
• Fast Signal 10%
• High Sensitivity 10%
• Hyperspectral Imaging 100%
• Image Analysis 10%
• Imaging Technology 10%
• Innovative Technique 10%
• Ion Emission 10%
• Kyanite 10%
• Laser-induced Breakdown Spectroscopy 100%
• Luminescence 100%
• Luminescence Imaging 10%
• Mineral Samples 100%
• Molecular Emission 10%
• Overlapping Signals 10%
• Pixel Information 10%
• Plasma-induced 100%
• Pulsed Laser 10%
• Reliable Signals 10%
• Resolution Weights 10%
• Sample Preparation 10%
• Signal Mixing 10%
• Spatial Data 10%
• Spatial Resolution 10%
• Spectral Channel 20%
• Spectral Data Fusion 10%
• Spectral Information 10%
• Spectral pixels 10%
• Spectroscopy Imaging 40%
• Strategy-oriented 10%
• Trace Elements 10%

Physics

• Data Compression 20%
• Image Analysis 10%
• Laser Pulse 10%
• Laser-Induced Breakdown Spectroscopy 100%
• Multisensor Fusion 100%
• Sample Preparation 10%

Chemistry

• Chemometrics 10%
• Hyperspectral Imaging 100%
• Laser Induced Breakdown Spectroscopy 100%
• Laser Pulse 10%