An overview is presented of experimental and theoretical research in the field of physics and
engineering of singlet delta oxygen (SDO) production in low-temperature plasma of various …

Xenon calibrated two photon absorption laser induced fluorescence (TALIF) is used to
measure absolute atomic oxygen concentrations in air, methane–air, and ethylene–air non …

Chemical oxygen‐iodine lasers are unique in their ability to generate high‐power beams
with near diffraction limited beam quality. The operating wavelength, 1.315 µm is readily …

Laser action at 1315 nm on the I (P 1∕ 2 2)→ I (P 3∕ 2 2) transition of atomic iodine is
conventionally obtained by a near-resonant energy transfer from O 2 (a 1 Δ) which is …

This paper demonstrates significant potential of the use of high-voltage, nanosecond pulse
duration, high pulse repetition rate discharges for aerospace applications. The present …

Lasers with a gaseous active medium offer high flexibility, wide tunability, and advantages in
cost, beam quality, and power scalability. Gas lasers have tended to become overshadowed …

Rate constants and product ion distributions for the O-and O2-reactions with O2 (a 1Δg)
were measured as a function of temperature from 200 to 700 K. The measurements were …

Translation of experimental techniques from one scientific discipline to another is often
difficult but rewarding. Knowledge gained from the new area can lead to long lasting and …

Low-energy electron collisions with O 2 molecules are studied using the fixed-bond R-matrix
method. In addition to the O 2 X Σ g− 3 ground state, integrated cross sections are calculated …

This letter discusses operation of an electric discharge excited oxygen-iodine laser using a
high-pressure, non-self-sustained pulser-sustainer discharge. Small signal gain on the 1315 …