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An Efficient, Purely Chemical HCl Laser

K. D. Foster, R. D. Suart, D. R. Snelling

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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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What this paper is about

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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Available 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.

Key concepts: Chemical laser, Chemical reaction, Chlorine, Yield (engineering), Chemical energy, Chemistry, Laser, Analytical Chemistry (journal)

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