✍ Scribed by Marcel Drabbels; Steven Stolte; Gerard Meijer
No coin nor oath required. For personal study only.
📜 SIMILAR VOLUMES
Studies of the energy transfer reaction. Ar(3P6,2) + R-CO -CO(s3H) + Ar(lS6) L R. have been carried out in a fast flow apparatus by observing the-Cameron bands @II -XlC+) of carbon monoxide. Several reactants (R-CO= COP. COS. OCCLo. and HNCOI were investigated to find the best source of CO(a%I) nnd
## Cz(a 3Ru) has bern produced in the multiplephoton dissociation oi'acryionitrile, C2H$N, by a TEA CO= laser. Laserinduced fiuorescence has been used to determine time-resolved reI&ve Cz concentrations in the presence of added AI and 02 and second-order rate constants of 2 X IO-r5 and 3.4 X 10-r\
L@t rnoasurcments made during the afterglow oi pure nitrogen and helium-nitrogen mixtures indicate that mutual collisions of the N?(A 'XL) molecule are responsible for the formation of the Nz(C3n,) and Nz(C?nu) states. Results for the latter state arc in agreement with other workers. A value for th
The formation of NO (A,v) and NO(B,v) was investigated from the reaction Co(a,v') + NO(X,v" -0) in a beam-beam configuration. The nascent rovibrational distributions of NO(A,v-0-2) and NO(B,v-0-2) were determined from NO(A ~ X) and NO(B ~ X) emissions by means of spectral simulation. The branching r