A Tunable Diode Laser Absorption Diagnostic for Studying the Fire Suppression Mechanism of Aqueous High Expansion Foams - Fallows, Eric A.; Fleming, James W. (Fire technology, 2012)
Keywords: Absorption spectroscopy; Applied sciences; Armed forces; Building technical equipments; Buildings; Buildings. Public works; Characterization and Evaluation of Materials; Chemical compounds; Civil Engineering; Classical Mechanics; Detection. Firefighting. Smoke control. Evacuation; Engineering; Evaporation; Exact sciences and technology; Fire extinguishers; Fire protection; Gases; Lasers; Light; Measurement techniques; Naval vessels; Oxygen; Physics; Radiation; Sensors; Spectrum analysis; Temperature measurement; Water; Water monitoring; Water vapor; Absorption spectroscopy; Aqueous high expansion foam; Diode laser; Fire suppression; Oxygen; Temperature; Diode; Firefighting; Mechanism analysis; Measurement result; Theoretical study; Fire extinguisher product; Concentration; Experimental study; Water vapor; Absorption spectrometry; Foam; Laser