✍ Scribed by H. Meyrahn; G.K. Moortgat; P. Warneck
No coin nor oath required. For personal study only.
📜 SIMILAR VOLUMES
Electronically excited OH (A 'C l , v=O) products were studied in the 210 to 290 nm photolysis of the reacting system CH, t 02+CH,02. The excitation spectrum is discussed in terms of formation of 0H(A22+, u=O) and OH(X %, u=O) from CH,O, and CH(X ZII) from CH+ Simplified systems of known reactions a
The photodissociation of methyl nitrite (CHsONO) at 355 nm in a supersonic free-jet expansion has been studied by stateresolved two-photon laser-induced fluorescence of the NO fragment. The vibrational population distribution of the nascent NO is much colder than reported for the photodissociation o
## Abstract Photodissociation processes of H~2~O~2~ in the range 193–240 nm have been studied by pulsed laser photolysis and laser‐induced fluorescence detection of H atom fragments at 121.56 nm. The quantum yield values for H atom formation at 295 ± 2 K have been determined to be 0.20 ± 0.03, 0.03
A flash photolysis system has been used to study the rate of reaction ( l ) , OH + CHI ---f The temperature It is found that the Arrhenius plot of kl is strongly CHI + H20, using time-resolved resonance absorption to monitor OH. was varied between 300 and 900°K. curved and k, ( T ) can best be rep