Quasiclassical trajectory calculations for H + H2 (ν = 1) on a new potential energy surface
✍ Scribed by H.R. Mayne
- Publisher
- Elsevier Science
- Year
- 1979
- Tongue
- English
- Weight
- 551 KB
- Volume
- 66
- Category
- Article
- ISSN
- 0009-2614
No coin nor oath required. For personal study only.
✦ Synopsis
QuasicL~asiccll tmjcctor> c.dlculatiom for the II + Hz reaction xtiirh vibr~tton.dly evzired molecules haxe been carried out on the Porter-K.!rpIus (PI;) .md the nccur.~te Sie~bnhn-Liu-TnthlJr-lforo~~itz GLTH) potential surfaces. Agreement Bith other cakulations for the PK wrfxr IS good_ The vIbrational relaxation rnte consrant for the SLTH surface is some-\that loser thorn that found e~pcrtment~l1~ ; the tot4 rexrive rare constant is considerably smzdler than e_xperiment
📜 SIMILAR VOLUMES
State-resolved integral and differential cross sections have been calculated for the F+ H2 ( v= 0 ) +HF+ H reaction by using the method of quasiclassical trajectories (QCT). The trajectories were run on the two latest versions (SSEC and 6SEC) of a partly ab initio potential energy surface. Dynamical
The state-to-state cross sections for D t Hz(u= 1, j= 1 )+HD(u'= I, j' =O-13) +H are calculated at the (very high) total energy 1.8 eV both by quasiclassical trajectories and by a well-converged quantum dynamical variational calculation on the most accurate available potential energy surface. Result
## Abstract In the present paper, kinetic isotope effects of the title reaction are studied with canonical variational transition state theory on the modified Wang Bowman (MWB) potential energy surface (PES) (__Chem Phys Lett__ 2005, 409, 249) and the ab initio calculations at the quadratic configu