Caballol R, Carbó R, Gallifa R, Hernández J A, Martin M, Riera J M
Orig Life. 1976 Aug;7(3):163-73. doi: 10.1007/BF00926933.
A theoretical methodology for the systematic study of the interstellar molecules is proposed. Some examples, dealing with formaldehyde excited states, formyl radical and ion, reactivity of the excited states of formic acid, methyl cyanide and methyl acetylene, as well as the reaction patho of formaldehyde photodecomposition are presented. Quantum chemical methods appear to be a powerful tool to study the structure and behaviour of molecules related with interstellar space and the Origin of Life.
提出了一种用于系统研究星际分子的理论方法。给出了一些实例，涉及甲醛激发态、甲酰基自由基和离子、甲酸激发态的反应活性、甲基氰和甲基乙炔，以及甲醛光分解的反应路径。量子化学方法似乎是研究与星际空间和生命起源相关分子的结构和行为的有力工具。
