Abstract
A sequenced nitrogen laser system operating in the ultraviolet (337.1 nm) has been designed and fabricated for time-resolved plasma diagnostics. The sequencing capability enables multi-shot experiments with precise temporal control between pulses.
Key Results
Each laser module produces pulses of duration ~5 ns with energies of 1-5 mJ. The sequencing system achieves inter-pulse timing accuracy better than 100 ns, enabling pump-probe experiments in plasma fusion studies.
$$ I(\lambda) = I_0 , e^{-\alpha(\lambda) L} $$