Effect of high humidity environment on the time-resolved spectrum of laser-induced air plasma

Key Points

• Altered time-resolved spectra indicate changes in laser-induced plasma behavior under high humidity.
• The study observed a notable shift in spectral features with increased humidity levels, affecting energy transfer.
• Analyses focused on the interaction between the laser and the humid environment, revealing complex dynamics.
• These findings highlight the potential for varying atmospheric conditions to influence plasma studies and applications.