Computer programs in physicsZhŭKè: a vibrationally-adiabatic impulsive dissociation model
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Cited by (6)
Near UV photodissociation of dimethyl sulphide: A direct mechanism on the second absorption band
2004, Chemical Physics LettersCitation Excerpt :As Table 1 and the inset of Fig. 3 show, the fraction of available energy partitioned into product translation is invariant with respect to excitation energy on the second absorption band at the two wavelengths studied, whereas in the case of the first absorption band a large change is observed [2,6]. Since the energy partitioning in impulsive models such as the V-AID formalism of Lim [25] is only based on mass and geometric factors, they predict a constant propensity for energy partitioning into product translation with respect to excitation energy. This is in keeping with experimental observations in the current work, indicating that the photodissociation of DMS on the second absorption band involves only one excited electronic state and may be viewed as a prototype for a direct, impulsive photofragmentation process.
Insight into the photodissociation dynamical feature of conventional transition state and roaming pathways by an impulsive model
2015, Journal of Physical Chemistry AA 193 nm laser photofragmentation time-of-flight mass spectrometric study of chloroiodomethane
2005, Journal of Chemical PhysicsPhotodissociation dynamics of dimethyl sulfide following excitation within the first absorption band
2004, Journal of Physical Chemistry ATwo-dimensional atom ellipsoid model for analysing He - Li<inf>2</inf>[(A)<sup>1</sup>Σ<inf>u</inf><sup>+</sup>] rotational collisions with multiple impacts
2001, Physical Chemistry Chemical Physics