โ Scribed by Takashi Arisawa; Yoji Suzuki; Yoichiro Maruyama; Koreyuki Shiba
No coin nor oath required. For personal study only.
๐ SIMILAR VOLUMES
Separation of carbon i2113 isotopes has been achieved by selective predissociation of formaldehyde using a frequer.cydouble dye laser. The ~n~chme~t factor for pure formaldehyde samples is fess than expected from spectroscopic data but is greatly improved by the addition of NO. Starting from a 1:lO
A tunable ultraviolet Iascr has been used to imestigate the deuterium enrichment resulting from the phoropredissociation of formaldehyde. An enrichment factor of 2.54 + 30 has been measured at 345.6 nm starting from a 4Torr sample of natural formaldehydf. ? \_ introduction Formaldehyde wx one of the
A CO2 TE laser excited fluorescence experiment demonstrated that ozone in the (001) vibrational state causes the enhancement in the rate constant recently observed for the reaction 03 f NO -N0$(2B3 + 02. Rate constants for v;ibrational deactivation of 03 by NO2 and 02 at T = 298 K were measured by o