Pulsed amplifier model for optical extraction from a supersonic oxygen iodine medium
A time-dependent model of a single-pass amplifier which treats upper laser level pumping by O2(1 Delta), deactivation by water, and stimulated emission within the flowing oxygen-iodine medium is descr...
Metastable singlet NF: reactivity and energy storage
A flow reactor using the 2F + HN3 reaction to generate NF(a1) has been used to systematically study the reactions of NF(a1) at 300K. The biomolecular self-removal rate constant for NF(a1) was assigned...
630-W average-power Q-switched chemical oxygen iodine laser
Proc. SPIE, Vol. 1225, 512 (1990);
doi:10.1117/12.18521
Online Publication Date: 2 May 2005
Conference Date: Monday 15 January 1990
Conference Location: Los Angeles, CA, USA
Conference Title: High-Power Gas Lasers
Conference Chairs: Petras V. Avizonis, Charles Freed, Jin J. Kim, Frank K. Tittel
TheZeeman effect is used here to demonstrate a gas-phase, self-healingQ-switch for a kwatt-class chemical oxygen-iodine laser. Enhancement ratios ofpulse power over CW power of 16 to 1 areachieved with extraction efficiencies of 75 percent. The flows ofeach type of chemical are presented, and the laser configurationsare shown.
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