作者:Masahiro Kawasaki、Kazuo Kasatani、Hiroyasu Sato、Hisanori Shinohara、Nobuyuki Nishi、Hirokazu Ohtoshi、Ikuzo Tanaka
DOI:10.1016/0301-0104(84)80062-2
日期:1984.12
A pulse molecular beam of Cl2SO was photodissociated at 248 and 193 nm. The time-of-flight distributions were observed for the photofragments, Cl, ClSO and SO. The primary processes are Cl + ClSO (I), 2Cl + SO (II) and Cl2 + SO (III). At 193 nm the measured translational energy distributions imply a vibrationally excited ClSO fragment in process (I), and a simultaneous dissociation in process (II)
Cl 2 SO的脉冲分子束在248和193 nm光解离。观察到了光碎片Cl,ClSO和SO的飞行时间分布。主要过程为Cl + ClSO(I),2Cl + SO(II)和Cl 2 + SO(III)。在193 nm处,测得的平移能量分布意味着在过程(I)中振动激发的ClSO碎片,在过程(II)中同时解离。的相对量子产率是φ我<φ II。与分子过程(III)相比,在248 nm处自由基过程(I)占主导地位。