project

Micro-Q-Li

Quantitative Microscopy of Lithium by LIBS
French National Research Agency (ANR)
  • Funder: French National Research Agency (ANR)Project code: ANR-20-CE05-0015
  • Funder Contribution: 330,996 EUR
Description
The development of the market of electric or hybrid vehicles is of paramount importance in order to limit urban pollution and global green house gas emissions. The development of models for batteries requires characterization techniques that are able to determine the local concentration of lithium at the micrometer scale. Few techniques can fulfill this need. We propose to develop the quantitative microscopy of lithium by combining a LIBS (Laser-Induced Breakdown Spectroscopy) imaging system with a second synchronized laser (Laser-Induced Fluorescence). Such a coupling has for ambition to divide by ten the common spatial resolution to reach the micrometer while ...
Description
The development of the market of electric or hybrid vehicles is of paramount importance in order to limit urban pollution and global green house gas emissions. The development of models for batteries requires characterization techniques that are able to determine the local concentration of lithium at the micrometer scale. Few techniques can fulfill this need. We propose to develop the quantitative microscopy of lithium by combining a LIBS (Laser-Induced Breakdown Spectroscopy) imaging system with a second synchronized laser (Laser-Induced Fluorescence). Such a coupling has for ambition to divide by ten the common spatial resolution to reach the micrometer while ...
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