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Energy transfer mechanisms in laser-induced plasmas: Variation of physical traits mediated by the presence of single optically-trapped nanoparticulate material

Francisco J. Fortes, Pablo Purohit, J. J. Laserna

2021Spectrochimica Acta Part B Atomic Spectroscopy17 citationsDOI

Topics & Concepts

PlasmaNanoparticleMaterials scienceSpectroscopyParticle (ecology)Atomic physicsDissociation (chemistry)Atmospheric pressureLaser-induced breakdown spectroscopyLaserExcitationAtmospheric-pressure plasmaEmission spectrumAnalytical Chemistry (journal)Molecular physicsSpectral lineChemistryNanotechnologyOpticsPhysical chemistryPhysicsChromatographyElectrical engineeringAstronomyEngineeringGeologyQuantum mechanicsOceanographyLaser-induced spectroscopy and plasmaMercury impact and mitigation studiesAnalytical chemistry methods development
Energy transfer mechanisms in laser-induced plasmas: Variation of physical traits mediated by the presence of single optically-trapped nanoparticulate material | Litcius