An Efficient, Purely Chemical HCl Laser
K. D. Foster, R. D. Suart, D. R. Snelling
Abstract
K. D. Foster, R. D. Suart, D. R. Snelling
Abstract
Purely chemical laser emission at 3.6 to 4 micrometers from HCl has been achieved in a transverse flow device. The pumping reaction was the well known Cl + HI yield HCl + I reaction. Atomic chlorine was produced chemically from the reaction of NO with ClO2. The maximum power obtained from this system was 4 W, which corresponded to a chemical efficiency of 9% based upon the fraction of pumping reaction energy that goes into vibration.
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Purely chemical laser emission at 3.6 to 4 micrometers from HCl has been achieved in a transverse flow device. The pumping reaction was the well known Cl + HI yield HCl + I reaction. Atomic chlorine was produced chemically from the reaction of NO with ClO2. The maximum power obtained from this system was 4 W, which corresponded to a chemical efficiency of 9% based upon the fraction of pumping reaction energy that goes into vibration.
Key concepts: Chemical laser, Chemical reaction, Chlorine, Yield (engineering), Chemical energy, Chemistry, Laser, Analytical Chemistry (journal)