The 2090 nm laser produces higher signal-to-noise ratio, total emissivity, and Mg II/Mg I ionization ratio than the 1064 nm laser for LIBS bioimaging of plants in lunar regolith simulant.
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Comparison of two laser wavelengths for LIBS bioimaging of plants grown in lunar regolith
The 2090 nm laser produces higher signal-to-noise ratio, total emissivity, and Mg II/Mg I ionization ratio than the 1064 nm laser for LIBS bioimaging of plants in lunar regolith simulant.