Ultraviolet spectral efficiencies of surface-spark discharges with emphasis on the iodine photodissociation laser pumpband
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Publisher
The Optical Society
Reference15 articles.
1. Near-UV spectral efficiency of high-current xenon flashlamps
2. Spectral efficiency of pulsed high‐current flashlamps
3. Effective blackbody temperature of high‐current gas‐filled flashlamps
4. Optimization of pulsed UV radiation from linear flashtubes
5. The enhancement of the near UV flashlamp spectra withe special emphasis on the iodine photodissociation laser
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