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O2(Δ1) production in flowing He∕O2 plasmas. I. Axial transport and pulsed power formats
2005
Journal of Applied Physics
Chemical oxygen-iodine lasers ͑COILs͒ have promising applications due to their high efficiency and ease of scaling to multikilowatt powers. Recent research has focused on pumping the iodine with O 2 ͑ 1 ⌬͒ produced by electric discharges. In a previous work, a global model was used to develop reaction mechanisms and determine the specific energy deposition ͑eV/ O 2 ͒ required to obtain high O 2 ͑ 1 ⌬͒ yields for electric discharge COILs. Experiments have recently achieved positive laser gain
doi:10.1063/1.2076427
fatcat:37vybml7nbfe5gxdk2kwrsv2jq