We present a one-dimensional coupled ion-neutral photochemical kinetics and diffusion
model to study the atmospheric composition of Titan in light of new theoretical kinetics …

The reactive open-shell species play a very important role in the radiation-induced
molecular evolution occurring in the cold areas of space and presumably leading to the …

The structure and morphological properties of polymers produced photochemically from the
UV irradiation of cyanoacetylene and cyanoacetylene mixtures have been examined to …

Cyanoacetylene (CA) is an important minor constituent in the Titan atmosphere and is
present in the interstellar medium. The absorption cross section of CA has been measured …

Ultraviolet (UV) laser photolysis of dicyanoacetylene, N≡ C–C≡ C–C≡ N, isolated in an
argon matrix at 16 K produces the iso‐nitrile, N≡ C–C≡ C–N≡ C, in sufficient …

Infrared spectra of UV photolysed cyanoacetylene and dicyanoacetylene trapped in argon
matrices at 10 K have been performed. From cyanoacetylene photolysed at λ> 120 nm, we …

The laboratory investigation of the atmospheric photochemistry of planets and satellites is
mainly carried out in static systems. These studies are often poor models of chemical …

The reactivity of intermolecular complexes cyanoacetylene: acetylene and
dicyanoacetylene: acetylene, trapped in solid argon matrixes at 10 K and irradiated with …

Photoionization of cyanoacetylene was studied using synchrotron radiation over the non-
dissociative ionization excitation range 11–15.6 eV, with photoelectron-photoion …

Rates of CN reactions with diacetylene (DA) and dicyanoacetylene (DCA) have been
measured at room temperature from the decay of the CN radical at various sample …