Application of a temporal synchronization device for the study of laser-induced plasma spectroscopy in a multi-pulse regime

The objective of this technical note is to present the results of employing anew, to the best of our knowledge, temporary synchronization device to the study of laser-induced plasma spectroscopy in a multi-pulse regime. By providing a means of controlling the time delay and the reading window of the spectrometer, this device allows the user to distinguish among the emissions from independent micro-pulses and groups of micro-pulses. Using this method, it is possible to optimize the reading of the spectra by choosing the most appropriate time delay and duration values of the spectral reading window. (C) 2021 Optical Society of America

Automated summary

This technical note presents the results of employing a new temporary synchronization device to the study of laser-induced plasma spectroscopy in a multi-pulse regime. By controlling the time delay and reading window of the spectrometer, users can distinguish emissions from independent micro-pulses and optimize the reading of spectra.