Keywords: Xenon high speed flash and external triggering.jpg en This photo shows a 30 joule flash discharged in 3 5 microseconds using external triggering The system is at 1/3 power maximum safe operating energy is 90 joules and the camera is behind a shade 10 welding filter With such a short duration electrical wattage is 8 5 million With external triggering at such high speeds the arc does not have time to move away from the glass before the full amp load passes through The arc does not have time to fully heat the xenon and fill the entire tube<ref>http //optoelectronics perkinelmer com/content/RelatedLinks/CAT_flash pdf</ref> and maintains following the trigger wire closely This tube showed serious signs of wall ablation after just a single shot The current density was much higher than hoped for and produced a bluish flash and the arc looked very green to the human eye through a welding lens It appears purple in the photo because the camera does a much better job of imaging the large amounts of near-infrared light than the eye <ref>https //kb osu edu/dspace/bitstream/1811/5654/1/V71N06_343 pdf</ref><ref>http //www beyondvisible com/BV3-FS3P html</ref> The arc length is 150mm and bore diameter is 10mm own 10/5/2008 Zaereth talk 01 37 6 November 2008 UTC Zaereth en References Reflist Original upload log en wikipedia ftcg page en wikipedia Xenon_high_speed_flash_and_external_triggering jpg 2013-10-03 01 26 Zaereth 1208×494× 44540 bytes <nowiki>Increased size a bit and cropped excess dark space</nowiki> 2008-11-06 01 37 Zaereth 541×371× 21759 bytes <nowiki> This photo shows a 30 joule flash discharged in 3 5 microseconds using external triggering The system is at 1/3 power and the camera is behind a shade 10 welding filter With such a short duration electrical wattage is 8 5 m</nowiki> PerkinElmer low quality |