Atom formation rates behind shock waves in oxygen.
Atomic spectrophotometry to monitor O atom formation rate behind shock waves in oxygen-argon mixtures, noting dissociation over 2850-5550 K temperature range
Myerson, A. L.↗
Engineering topics
Myerson, A. L.
Publications and source records attributed to Myerson, A. L..
Atom-Formation Rates Behind Shock Waves in Hydrogen and the Effect of Added Oxygen
Atomic H formation rate behind shock waves in H-Ar mixtures, noting catalytic effect of additional O
Myerson, A. L.↗
Shock tube kinetics by atomic absorption in the vacuum ultraviolet.
Shock tube chemical kinetics of H dissociation by atomic resonance absorption spectrophotometry in far UV
Myerson, A. L.↗
Atom Formation Rates Behind Shock Waves in Hydrogen and the Effect of Added Oxygen, July 1965 - July 1966
Formation rate of atomic hydrogen behind shock waves in hydrogen-argon mixtures
SHOCK WAVE↗
Resonance absorption spectrophotometry of the hydrogen atom behind shock waves.
Hydrogen-atom concentration behind shocks in hydrogen-argon mixtures determined by atomic resonance absorption spectrophotometry
HYDROGEN ATOM↗