The effect of multi-component aerosol particles on quantitative laser-induced breakdown spectroscopy: Consideration of localized matrix effects

Engineering & Materials Science

• Laser induced breakdown spectroscopy 100%
• Aerosols 72%
• Plasmas 55%
• Time delay 16%
• Magnesium 14%
• Beam plasma interactions 10%
• Cadmium 9%
• Temperature 8%
• Tungsten 7%
• Zinc 7%
• Sodium 6%
• Ions 6%
• Mass transfer 5%
• Copper 5%
• Lasers 5%
• Heat transfer 4%
• Gases 3%

Physics & Astronomy

• laser-induced breakdown spectroscopy 73%
• aerosols 60%
• matrices 33%
• plasma temperature 23%
• time lag 16%
• magnesium 12%
• perturbation 9%
• augmentation 8%
• particle mass 8%
• cadmium 7%
• mass ratios 6%
• mass transfer 6%
• sodium 5%
• zinc 5%
• tungsten 5%
• dissociation 5%
• heat transfer 5%
• retarding 5%
• copper 4%
• profiles 3%
• gases 3%
• ions 3%
• lasers 2%
• interactions 2%
• energy 1%

Chemical Compounds

• Laser Induced Breakdown Spectroscopy 77%
• Aerosol 62%
• Multicomponent Reaction 52%
• Plasma 32%
• Laser Induced Plasma 12%
• Time 8%
• Heat Transfer 8%
• Tungsten 6%
• Mass Transfer 6%
• Magnesium Atom 6%
• Dissociation 5%
• Sodium Atom 4%
• Gas 3%
• Energy 3%