aerosols; atmospheric composition; fluorescence; numerical analysis; organic compounds; remote sensing; amino acid; bio-aerosol main fluorescence component; bio-aerosol remote sensing specific research; bio-aerosol spectrum test analysis; bio-aerosol spectrum thoretical analysis; bio-aerosol tryptophan; bio-aerosol tyrosine; constant operation subtraction; dark response subtraction; extreme point; fluorescence spectra quantitative analysis model; model feasibility; numerical simulation; partial least square; smoothing preprocessing; tryptophan fine accuracy; tyrosine fine accuracy; Aerosols; Artificial neural networks; Biology; Biomedical optical imaging; Fluorescence; Laser radar; Lasers; bio-aerosols; fluorescence; quantitative analysis;
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